CN105103528A

CN105103528A - Cost-effective mobile connectivity protocols

Info

Publication number: CN105103528A
Application number: CN201380074173.1A
Authority: CN
Inventors: 菲利普·莱昂内尔·巴恩斯; 霍恩·瓦·钦; 霍华德·L·戴维森; 金柏莉·D·A·霍尔曼; 罗德里克·A·海德; 穆里尔·Y·伊什克瓦; 乔丁·T·卡勒; 布莱恩·李; 理查德·T·洛德; 罗伯特·W·洛德; 克雷格·J·蒙迪; 内森·P·米佛德; 尼古拉斯·F·帕施; 埃里克·D·鲁德尔; 克拉伦斯·T·特格林; 马克·特伦布莱; 大卫·B·塔克曼; 查尔斯·惠特默; 小洛厄尔·L·伍德
Original assignee: Elwha LLC
Current assignee: Elwha LLC
Priority date: 2012-12-31
Filing date: 2013-12-30
Publication date: 2015-11-25
Also published as: WO2014106191A1; EP2939409A4; WO2014106199A1; CN105122734A; WO2014106201A1; EP2939370A4; EP2939409A1; EP2939370A1

Abstract

Structures and protocols are presented for signaling a status or decision concerning a wireless service or device within a region to a network participant or other communication device (smartphone or motor vehicle, e.g.).

Description

There is cost-benefit mobile link agreement

All themes of any or all father's application of priority application and related application and priority application and related application, ancestral's application or great-grandfather's application etc., it comprises any prior claims, at such theme not with in the degree of conflicting herein, all by reference to being incorporated to herein.

Technical field

The disclosure relates to the connection promoted in radio communication.

Summary of the invention

A kind of execution mode provides a kind of method.In one embodiment, described method includes but not limited to set up radio communication channel via the first equipment and from the second equipment and from described second equipment and via both radio communication channels of the 3rd equipment, and exceedes instruction signal indication how many user data of failure rate threshold value via the judgement transmitted from described second equipment and via the described radio communication channel of the 3rd equipment in response to the transmission of data blocks failure rate of the described radio communication channel via described first equipment and from described second equipment.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other method aspect.

One or more different in, the manufacture of the machine related to, material composition or system can comprise in fact be configured to according to the design alternative of system designer realize the hardware of the method scheme quoted in this specification, software and/or firmware according to the delegatable any combination of 35U.S.C. § 101.

An execution mode provides a kind of system.In one embodiment, described system includes but not limited to circuit, it is for setting up via the first equipment and radio communication channel from the second equipment and from described second equipment and via both radio communication channels of the 3rd equipment, and circuit, it is for exceeding instruction signal indication how many user data of failure rate threshold value via the judgement transmitted from described second equipment and via the described radio communication channel of the 3rd equipment in response to the transmission of data blocks failure rate of the described radio communication channel via described first equipment and from described second equipment.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of article comprising the manufacture of computer program.In one embodiment, the article of described manufacture include but not limited to the signal-bearing media configured by one or more instruction, described one or more instruction relates to the radio communication channel set up via the first equipment and from the second equipment and from described second equipment and via both radio communication channels of the 3rd equipment, and exceed instruction signal indication how many user data of failure rate threshold value via the judgement transmitted from described second equipment and via the described radio communication channel of the 3rd equipment in response to the transmission of data blocks failure rate of the described radio communication channel via described first equipment and from described second equipment.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other computer program aspect.

A kind of execution mode provides a kind of system.In one embodiment, it includes but not limited to computing equipment and instruction.Described instruction configures described computing equipment and is used for when performing on said computing device: set up via the first equipment and radio communication channel from the second equipment and from described second equipment and via both radio communication channels of the 3rd equipment and exceed instruction signal indication how many user data of failure rate threshold value via the judgement transmitted from described second equipment and via the described radio communication channel of the 3rd equipment in response to the transmission of data blocks failure rate of the described radio communication channel via described first equipment and from described second equipment.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of method.In one embodiment, whether described method includes but not limited to obtain the identifier of the second equipment at the first equipment and cause described second equipment of described first equipment display to be the boolean's instruction that there is not two-way human communication within the scope of the wireless LAN communication of the 3rd equipment between described first equipment and described second equipment.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other method aspect.

A kind of execution mode provides a kind of system.In one embodiment, this system includes but not limited to circuit, it is for obtaining the identifier of the second equipment at the first equipment, and circuit, whether it is the boolean's instruction that there is not two-way human communication within the scope of the wireless LAN communication of the 3rd equipment between described first equipment and described second equipment for causing described second equipment of described first equipment display.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of article comprising the manufacture of computer program.In one embodiment, the article of described manufacture include but not limited to the signal-bearing media configured by one or more instruction, and whether described one or more instruction relates to and obtain the identifier of the second equipment at the first equipment and cause described second equipment of described first equipment display to be the boolean's instruction that there is not two-way human communication within the scope of the wireless LAN communication of the 3rd equipment between described first equipment and described second equipment.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other computer program aspect.

A kind of execution mode provides a kind of system.In one embodiment, it includes but not limited to computing equipment and instruction.Whether described instruction configures described computing equipment and is used for when performing on said computing device: obtain the identifier of the second equipment at the first equipment and cause described second equipment of described first equipment display to be the boolean's instruction that there is not two-way human communication within the scope of the wireless LAN communication of the 3rd equipment between described first equipment and described second equipment.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of method.In one embodiment, the method includes but not limited to obtain the first equipment within the nearest time interval and whether exceedes wireless service border and indicate through the boolean of rate threshold value, the described nearest time interval is less than one hour, and partly whether exceed described wireless service border through the described boolean instruction of rate threshold value and partly according to the boolean instruction of described first equipment in the range for wireless communication of the second equipment according to described first equipment within the described nearest time interval, with signal indication with proviso participate in the availability of two-way human communication.(in this context, if it is in yesterday or today, interval is " nearest ".) except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other method aspect.

A kind of execution mode provides a kind of system.In one embodiment, described system includes but not limited to circuit, whether it exceedes wireless service border indicate through the boolean of rate threshold value for obtaining the first equipment within the nearest time interval, the described nearest time interval is less than one hour, and circuit, whether it is for partly exceeding described wireless service border through described boolean's instruction of rate threshold value and partly according to the boolean instruction of described first equipment in the range for wireless communication of the second equipment according to described first equipment within the described nearest time interval, the availability of two-way human communication is participated in conditionally with signal indication.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of article comprising the manufacture of computer program.In one embodiment, the article of described manufacture include but not limited to the signal-bearing media configured by one or more instruction, described one or more instruction relates to the first equipment within the nearest time interval that obtains and whether exceedes wireless service border and indicate through the boolean of rate threshold value, the described nearest time interval is less than one hour, and partly whether exceed described wireless service border through described boolean's instruction of rate threshold value and partly according to the boolean instruction of described first equipment in the range for wireless communication of the second equipment according to described first equipment within the described nearest time interval, the availability of two-way human communication is participated in conditionally with signal indication.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other computer program aspect.

A kind of execution mode provides a kind of system.This system includes but not limited to computing equipment and instruction.Described instruction configures described computing equipment and is used for when performing on said computing device, whether the first equipment within the nearest time interval that obtains exceedes wireless service border indicates through the boolean of rate threshold value, the described nearest time interval is less than one hour, and partly whether exceed described wireless service border through described boolean's instruction of rate threshold value and partly according to the boolean instruction of described first equipment in the range for wireless communication of the second equipment according to described first equipment within the described nearest time interval, the availability of two-way human communication is participated in conditionally with signal indication.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of method.In one embodiment, the method includes but not limited to obtain via the first equipment the configuration data setting up the first security protocol; The wireless signal comprising access request data is obtained via the second equipment; The judgement whether described first security protocol signal indication provides the first network access services via the 3rd equipment whether is met in response to the described access request data in described wireless signal; And whether meeting in response to described access request data the judgement whether the second security protocol signal indication provides the second network access services via the 3rd equipment, described 3rd equipment implements the fire compartment wall between described first network access services and described second network access services.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other method aspect.

At one or more different aspect, the machine related to, material composition or the manufacture of system can comprise in fact be configured to according to the design alternative of system designer realize the hardware of the method scheme quoted in this specification, software and/or firmware according to the delegatable any combination of 35U.S.C. § 101.

A kind of execution mode provides a kind of system.In one embodiment, described system includes but not limited to circuit, and it is for obtaining the configuration data setting up the first security protocol via the first equipment; Circuit, it is for obtaining the wireless signal comprising access request data via the second equipment; Circuit, whether it is for meeting the judgement whether described first security protocol signal indication provides the first network access services via the 3rd equipment in response to the described access request data in described wireless signal; And circuit, whether it is for meeting in response to described access request data the judgement whether the second security protocol signal indication provides the second network access services via the 3rd equipment, and described 3rd equipment implements the fire compartment wall between described first network access services and described second network access services.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of article comprising the manufacture of computer program.In one embodiment, the article of described manufacture include but not limited to the signal-bearing media configured by one or more instruction, and described one or more instruction relates to the configuration data structure setting up the first security protocol via the first equipment acquisition; The wireless signal comprising access request data is obtained via the second equipment; The judgement whether described first security protocol signal indication provides the first network access services via the 3rd equipment whether is met in response to the described access request data in described wireless signal; Whether meet with in response to described access request data the judgement whether the second security protocol signal indication provides the second network access services via the 3rd equipment, described 3rd equipment implements the fire compartment wall between described first network access services and described second network access services.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other computer program aspect.

A kind of execution mode provides a kind of system.In one embodiment, this system includes but not limited to computing equipment and instruction.Described instruction configures described computing equipment and is used for when performing on said computing device, obtain the configuration data setting up the first security protocol via the first equipment; The wireless signal comprising access request data is obtained via the second equipment; The judgement whether described first security protocol signal indication provides the first network access services via the 3rd equipment whether is met in response to the described access request data in described wireless signal; Whether meet with in response to described access request data the judgement whether the second security protocol signal indication provides the second network access services via the 3rd equipment, described 3rd equipment implements the fire compartment wall between described first network access services and described second network access services.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of method.In one embodiment, described method includes but not limited to instruction that acquisition first radio communication service is provided in first service region by the first equipment in the time comparatively early and as being operate in described first service region to described first radio communication service or being the automatic and with good conditionsi response of the not operating instruction from the second equipment in the time after a while whether indicate described first radio communication service to be operating judgement in described first service region with signal indication.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other method aspect.

A kind of execution mode provides a kind of system.In one embodiment, described system includes but not limited to circuit, and it is for obtaining the first radio communication service in the instruction that the time comparatively is early provided in first service region by the first equipment; And circuit, whether it is for as being operate in described first service region to described first radio communication service or being the automatic and with good conditionsi response of the not operating instruction from the second equipment in the time after a while indicate described first radio communication service to be operating judgement in described first service region with signal indication.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

A kind of execution mode provides a kind of article comprising the manufacture of computer program.In individual embodiment one by one, the article of described manufacture include but not limited to the signal-bearing media configured by one or more instruction, described one or more instruction relates to instruction that the first radio communication service provides in first service region by the first equipment in the time comparatively early and as being operate in described first service region to described first radio communication service or being the automatic and with good conditionsi response of the not operating instruction from the second equipment in the time after a while, described first radio communication service whether is indicated to be operating judgement in described first service region with signal indication.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other computer program aspect.

A kind of execution mode provides a kind of system.In one embodiment, described system includes but not limited to computing equipment and instruction.Described instruction configures described computing equipment for obtaining the first radio communication service in the instruction that the time comparatively is early provided in first service region by the first equipment when performing on said computing device, and as being operate in described first service region to described first radio communication service or being the automatic and with good conditionsi response of the not operating instruction from the second equipment in the time after a while whether indicate described first radio communication service to be operating judgement in described first service region with signal indication.Except foregoing teachings, form in the claims of the disclosure part set forth herein, accompanying drawing and text and describe other system aspects.

Except foregoing teachings, set forth and describe in other method multiple and/or system and/or program product in the teaching of such as text of the present disclosure (such as claims and/or detailed description) and/or accompanying drawing.Content be above general introduction and therefore may comprise details simplification, summarize, comprise and/or omit; Therefore, those skilled in that art will understand that this general introduction is only illustrative and in no case be intended to be construed as limiting.In the religious doctrine set forth below, the other side of equipment described herein and/or process and/or other theme, Characteristics and advantages will become apparent.

Accompanying drawing explanation

In order to understand execution mode more fully, now by reference to the accompanying drawings with reference to explanation below.Use the parts that identical mark generally represents similar or identical in different drawings, unless the context opposite situation.The illustrative execution mode described in detailed description, accompanying drawing and claims is not intended to be construed as limiting.Also can utilize other execution mode and make other and change and do not depart from the spirit or scope of theme given here.

Fig. 1 depicts the exemplary environments wherein can implementing one or more technology on avenue.

Fig. 2 depicts the exemplary environments wherein can implementing one or more technology between main equipment and auxiliary equipment.

Fig. 3 depicts the exemplary environments wherein can implementing one or more technology in the electrical nodes of integrated circuit and transistor.

Fig. 4 depicts the exemplary environments wherein can implementing one or more technology in the handheld device.

Fig. 5 depicts the exemplary environments wherein can implementing one or more technology in the specific integrated circuit of application (ASIC).

Fig. 6 depicts another exemplary environments wherein can implementing one or more technology in control logic.

Fig. 7-13 is each depicts another exemplary environments wherein can implementing one or more technology in circuit or other event ordering logic.

Figure 14 depicts another exemplary environments wherein can implementing one or more technology in user interface.

Figure 15 depicts another exemplary environments wherein can implementing one or more technology in permanent plant, vehicle or handheld device.

Figure 16 depicts another exemplary environments wherein can implementing one or more technology in manager unit.

Figure 17 depicts another exemplary environments wherein can implementing one or more technology in a communication network.

Figure 18 depicts another exemplary environments wherein can implementing one or more technology in circuit or other event ordering logic.

Figure 19 depicts another exemplary environments wherein can implementing one or more technology in the equipment promoting human communication.

Figure 20-23 is each depicts the exemplary environments wherein can implementing one or more technology in one or more data handling medium.

Figure 24 depicts another exemplary environments wherein can implementing one or more technology in circuit or other event ordering logic.

Figure 25 depicts another exemplary environments wherein can implementing one or more technology in circuit or other event ordering logic.

Figure 26 depicts another exemplary environments wherein can implementing one or more technology in detecting unit.

Figure 27 depicts the exemplary environments wherein can implementing one or more technology.

Figure 32 depicts the high-level logic flowchart of operating process (describing for example, referring to Figure 27).

Figure 28 depicts the exemplary environments wherein can implementing one or more technology.

Figure 33 depicts the high-level logic flowchart of operating process (describing for example, referring to Figure 28).

Figure 29 depicts the exemplary environments wherein can implementing one or more technology.

Figure 34 depicts the high-level logic flowchart of operating process (describing for example, referring to Figure 29).

Figure 30 depicts the exemplary environments wherein can implementing one or more technology.

Figure 35 depicts the high-level logic flowchart of operating process (describing for example, referring to Figure 30).

Figure 31 depicts the exemplary environments wherein can implementing one or more technology.

Figure 36 depicts the high-level logic flowchart of operating process (describing for example, referring to Figure 31).

The modification of flow process shown in Figure 37 also illustrates comparatively early (in Figure 32-36 any one).

The modification of flow process shown in Figure 38 depicts comparatively early (in Figure 32-37 any one).

The modification of flow process shown in Figure 39 also illustrates comparatively early (in Figure 32-38 any one).

The modification of flow process shown in Figure 40 also illustrates comparatively early (in Figure 32-39 any one).

The modification of flow process shown in Figure 41 also illustrates comparatively early (in Figure 32-40 any one).

Embodiment

In the following detailed description, with reference to the accompanying drawing forming a specification part.In the accompanying drawings, similar mark generally represents similar or identical assembly or article, unless the context indicates opposite situation.The illustrative execution mode described in detailed description, accompanying drawing and claims is not intended to be construed as limiting.Other execution mode can be utilized, and can be made other change and do not depart from the spirit or scope of theme given here.

The application uses formal title outline to present in order to clear.But, be understandable that, title outline is the object in order to demonstrate, and dissimilar theme can come into question in whole application, and (such as, equipment/structure can be discussed and/or process/operate and can be discussed under structure/process title under process/operation title; And/or single subject description can cross over two or more topic headings).Therefore, formal title outline is used not to be intended to limit by any way.

In whole the application, provide and there is bracket, abbreviation " such as " or both embodiments and list.Unless expressly stated, these embodiments and list are only exemplary and non-exhaustive.In most of the cases, each embodiment is listed and each combination will can't afford.Therefore, use less, illustrative list and embodiment, focus on the understanding giving claim terms, instead of limit the scope of these terms.

For the use of any plural number and/or singular references substantially herein, those skilled in the art can be transformed into plural number from complex conversion to odd number and/or from odd number, as long as be suitable for context and/or application.For clarity sake, the various singular/plural conversion of clear elaboration.

Person of skill in the art will appreciate that, it is object in order to clear concept that assembly described herein (such as, operation), device, object and the discussion with them are used as example, and various configuration modification is all in expection.Therefore, as used herein, the concrete example of setting forth and appended discussion are intended to represent their more generally classifications.In the ordinary course of things, use any specific example to be intended to represent its classification, and the specific components do not contained (such as, operating), equipment and object should not be considered as restrictive.

Those skilled in the art will recognize that, prior art has developed into the hardware of the many aspects of system, software and/or firmware implementation and has only had very other degree of community; The use of hardware, software and/or firmware is generally the design alternative that (such was the case with but not, and in some contexts, the selection between hardware and software becomes very important) represents cost and efficiency tradeoff.Those skilled in the art will know, the various carriers that existence can make method described herein and/or system and/or other technologies play a role (such as, hardware, software and/or firmware), and preferred carrier can change according to adopting the change of the background of these methods and/or system and/or other technologies.Such as, if implementer determines that speed and accuracy are most important, so implementer can select main hardware and/or firmware vehicle; Alternately, if flexibility is most important, so implementer can select main Software implementations; Or also alternately, implementer selectional restriction can select some combinations of hardware, software and/or firmware in the article of one or more machines of the delegatable theme according to 35USC101, composition and manufacture.Therefore, the some feasible carrier that existence can make method as herein described and/or equipment and/or other technologies play a role, they are not better than other inherently, because any carrier that will utilize depends on that the selection of background of carrier and implementer's specifically consider (such as by adopting, speed, flexibility or predictability), any one all can change.Person of skill in the art will appreciate that the optics aspect of embodiment will adopt optics guiding hardware, software and/or firmware usually.

In embodiments more as herein described, logic and similar embodiment can comprise and be suitable for software or other control structures.Such as, circuit can have the one or more current paths being configured to and being arranged to implement various function as herein described.In some embodiments, one or more media can be configured to the detectable embodiment of Portable device, and prerequisite is that this medium is preserved or transmitted and can operate and can detect instruction with the equipment performed according to mode described herein.In some variations, such as, embodiment can comprise such as by performing the reception of one or more instructions relevant to one or more operation as herein described or carrying the renewal or amendment carried out existing software or firmware or gate array or other programmable hardwares.Alternatively or additionally, in some variations, embodiment can comprise specialized hardware, software, fastener components and/or execution or call the general purpose module of personal module.Specification or other embodiments can by one or more examples of tangible transmission media as herein described, optionally by bag transmission or by transmitting via distribution media transmission at different time.

Alternatively or additionally, embodiment can comprise execution special instruction sequence or call circuit to enable, to trigger, to coordinate, to ask or to cause any feature operation generation one or many described below.In some variations, in the application, operation or other logical descriptions can be expressed as source code and compiling or call as executable command sequence.Such as, in some cases, realization can be provided wholly or partly by source code (such as C++) or other code sequences.In some embodiments, use the source code of technology of commercially available and/or this area or the realization of other code can be compiled/perform/translate/convert to high level description language (such as, C or C++ programming language initially realize description technique and programming language is realized being transformed into afterwards can the language of logic synthesis realizes, the language of hardware description realizes, the Realization of Simulation of hardware designs and/or other so similar expression pattern).For example, logical expression (such as, computer programming language realize) some or all shown as Verilog type hardware descriptions (such as, by hardware description language (HDL) and/or Very High Speed Integrated Circuit (VHSIC) hardware description language (VHDL)) or other circuit model, the physics realization that establishment has hardware (such as, application-specific integrated circuit (ASIC)) is can be used for after it.The transfer element that those skilled in the art can know how to obtain according to these instructions, allocation and optimization is suitable or computing element, material supply, actuator or other structure.

One or more current techniques can be described as one group of operation such as intending being performed by computer by operability/functional explanations by claims of the application, specification and accompanying drawing.In most of the cases, this operability/functional descriptions will be interpreted as the hardware (such as due to all-purpose computer once be programmed the instruction followed from program software to perform specific function, in fact become special-purpose computer) of special configuration by those skilled in that art.

Importantly, although operability/functional descriptions described herein is understood by the brains of people, they are not the abstract theories realizing the operation/function be separated with the calculating of those operation/function.On the contrary, the specification of these operation/function very complicated computing machine of representative or other device.As discussed in detail below, operability/functional explanations must be read under the technical background that it is correct, namely as the concrete norm of physics realization.

The refinement of other physical mechanism that logical operation/function described herein is machine specification or is specified by operation/function, can be understood by human reader to make if not elusive machine specification.This refinement also allows the hardware configuration of those skilled in that art across the specific seller of many differences or the operability/functional descriptions of platform adaptive technique, and is not limited only to hardware configuration or the platform of specific seller

Some current techniques describe (such as detailed description, accompanying drawing, claims etc.) and can logically operation/function set forth.As described in greater detail below, these logical operation/functions are not the representatives of abstract theory, but the sign of the static state of each nextport hardware component NextPort or order specification.Rephrase the statement, unless the context opposite situation, otherwise logical operation/function will be interpreted as the specification of static state or the order representing each nextport hardware component NextPort by those skilled in that art.Because those skilled in that art can be used to realize instrument disclosed in the technology set forth with operability/functional form---the instrument occurred with high-level programming language (such as C, Java, visualbasic etc.) form or with unusual high-speed hardware descriptive language (VHDL, it uses text to carry out the language of description logic circuit) form occur instrument---be the static state of each hardware configuration or the generator of order specification, therefore this is genuine.This fact is sometimes by broad term " software " obscureization, and as explained below, those skilled in that art understand, by the thing named as " software " be for orderly matter essential factor very complicated connect each other/specification shorthand.Term " orderly matter essential factor " can refer to physical computing device, the assembly, molecular computing logic composition, quantum calculation mechanism etc. of such as electronic logic door.

Such as, high-level programming language is the programming language with strong abstractness, such as, from the multilayer abstractness of the details such as sequential organization, state, input, output of the machine of the actual regulation of high-level programming language.For example, see Wikipedia, High-levelprogramminglanguage, http://en.wikipedia.org/wiki/High-level_programming_language (21:00GMT on June 5th, 2012).Understand to be beneficial to people, in many cases, high-level programming language is similar to natural language or even shared to be marked, for example, see Wikipedia, Naturallanguage, http://en.wikipedia.org/wiki/Natural_language (on June 5th, 2012,21:00GMT).

Existing arguement, due to high-level programming language use strong abstractness (such as they may with natural language or share indicate), therefore they are that " pure brains is constructed " (such as " software "---computer program or computer programming---is that ineffable brains is constructed in a way, because under high-level abstractions, it can human reader design and understand).This arguement is used to technology be described " the abstract theory " that be characterized by a certain degree with the form of function/operation.In fact, be not like this in technical field (such as information and communication technology (ICT)).

This fact that high-level programming language uses strong abstractness to be beneficial to people's understanding should not be regarded as the instruction that expressed content is abstract theory.In fact, those skilled in that art understand, and only have opposite situation to be only really.If high-level programming language is used to instrument disclosed in the form actualizing technology with function/operation, then those skilled in that art will understand, be far from abstract, inaccurate, " fuzzy " or " brains " with any great semantical definition, this instrument be on the contrary specific calculation machine close to impenetrable accurate order specification---its some parts by time (such as clock time) from typical case more generally computing machine activate/select these parts and set up.This fact becomes obscure because of the surface similarity between high-level programming language and natural language sometimes.These surface similarity also can cause and realize eventually through creating/controlling many different computing machines to perform the powdering of this fact of valuable work high-level programming language.

The many different computing machine of high-level programming language regulation is almost to imagine that ground is complicated.Substantially, the hardware used in computing machine is generally made up of the orderly material (such as conventional electronics (such as transistor), DNA (deoxyribonucleic acid) (DNA), quantum device, mechanical switch, optical system, fluidics, pneumatic means, optics (such as interference of light device), molecule etc.) of some type, and these orderly materials are configured to form gate.Gate is generally can electrically, mechanically, chemically or otherwise be actuated to change physical state to form the physical device of the physical reality of the logic of class of such as Boolean logic.

Gate can be configured to form logical circuit, and this logical circuit is generally the physical device that can electrically, mechanically, chemically or otherwise be actuated to be formed the physical reality of some logic function.The type of logical circuit comprises this kind of device of such as multiplexer, register, ALU (ALU), computer storage etc., its every type can be combined the physical device forming other type other, and such as CPU (CPU)---what be wherein widely known by the people most is microprocessor.Modern microprocessor often comprises the gate (and often exceeding 1,000,000,000 transistors) of more than 100,000,000 in its many logical circuit, for example, see Wikipedia, Logicgate, http://en.wikipedia.org/wiki/Logic_gates (21:03GMT on June 5th, 2012).

The logical circuit forming microprocessor is configured to provide micro-architecture, and this micro-architecture will perform the instruction defined by the defined instruction collection framework of this microprocessor.Instruction set architecture is the part with the microprocessor architecture design associated of programming, and it comprises former data type, instruction, register, addressing mode, memory architecture, interruption and abnormality processing and outside I/O.For example, see Wikipedia, Computerarchitecture, http://en.wikipedia.org/wiki/Computer_architecture (21:03GMT on June 5th, 2012).

Instruction set architecture comprises the specification of machine language, and described specification can use by programmer/control microprocessor.Because machine language instruction makes them directly to be performed by microprocessor, they form by going here and there binary number or position usually.Such as, typical machine language instruction can be many positions long (such as 32,64 or 128 character strings are current general).Typical machine language instruction can " 11110000101011110000111100111111 " form occur (32 bit instruction).

Herein importantly, although machine language instruction is write with binary number sequence, in fact these binary numbers regulation physical reality.Such as, if use some semiconductor to be made for physical reality to make Boolean logic operation, then the mathematics position " 1 " in obvious machine language instruction, " 0 " in fact form the shorthand that specific voltage is applied to certain line by regulation.Such as, in some semiconductor technology, binary number " 1 " (such as logical one) regulation in machine language instruction is applied to the voltage about+5 volts of specific " line " (metal trace on such as printed circuit board (PCB)), and binary number " 0 " (such as logical zero) regulation in machine language instruction is applied to the voltage about-5 volts of specific " line ".Except specifying the voltage of machines configurations, these machine language instructions are also from compared with selecting up to a million gates of general-purpose machinery and activating the gate of particular group.Thus, be far from abstract mathematics and express, machine language instruction program (even if being written to a string 0 and 1) also can specify physical machine or the physical machine state of many structures.

Machine language generally to majority be can not understand (example is such as only an instruction, and some personal computer execution per second 2,000,000,000 instructions), for example, see Wikipedia, Instructionspersecond, http://en.wikipedia.org/wiki/Instruction_per_second (21:04GMT on June 5th, 2012).Thus, with the program that machine language writes,---it can tens million of machine language instruction length---be difficult to understand to majority.In view of this, develop early stage assembler language, it uses mnemonic codes to point to machine language instruction, instead of directly use machine language instruction numerical value (such as, in order to perform multiplication, encode that programmer will be called for short " mult (taking advantage of) ", it represents the binary number " 011000 " in MIPS machine code).Be very helpful with execution work tool although assembler language controls microprocessor to people at the beginning, but needed the complexity of the work completed by people to exceed people afterwards only to use assembler language to control the ability of microprocessor.

In this point, notice that identical task needs to complete over and over again, and the machine language completed needed for these iterative tasks is identical.In view of this, compiler is defined.Compiler is so a kind of device, and it adopts than machine or the easier statement (such as " add2+2andoutputtheresult (adding 2+2 and Output rusults) ") that understood by people of assembler language and is converted to by statement understandable for people complicated, tediously long with huge machine language code (such as up to a million 32,64 or 128 long character string).Compiler converts high-level programming language to machine language thus.

The machine language of this compiling, as previously mentioned, is then used as sequentially constructing and causes the technical specification of the interoperability of many different computing machines, completing useful, tangible and concrete work thus.Such as, as noted, this machine language---compiled version compared with high-level language---plays the effect of technical specification, and this technical specification selects hardware logic door, assigned voltage level, voltage transition timing etc., to complete useful work by hardware.

Thus, when being examined closely by those skilled in that art, functional/operability technology describes and is far from abstract theory.On the contrary, this functional/operability technology describes, when by such as just now described in the industry can instrument understand time, then can be understood to the expression of the people's easy understand to hardware specification, its complexity and specificity understand scope considerably beyond most people.In view of this, those skilled in that art will understand, any such operability/functional technical describes, and---knowledge in view of open and those skilled in that art herein---can be understood to the operation put in physical reality, pass through: (a) one or more physical machine connected each other; B () is configured to the gate connected each other forming one or more physical machine, it represents sequence/combinational logic; C () forms the orderly material (electronic device (such as transistor), DNA, quantum device, mechanical switch, optical system, fluidics, pneumatic means, molecule etc. that such as connect each other) connected each other of gate, they form the physical reality representing logic; Or (d) aforesaid actual combination in any.In fact, have stable, can to survey and any physical object of variableness can be used to describe based on technology above construct machine.Such as, CharlesBabbage goes out First computer by wood structure and powers by making handle make crank.

Thus, be far from the such of abstract theory understanding, functional/operability technology is described understanding for one or more intelligible expression of people almost cannot imagining the hardware instance of ground complexity and time sequencing by those skilled in that art.Functional/operability technology describes may easily give itself and the senior computational language high level block diagram of this material (or for) this fact that natural language share some word, structure, word etc. cannot be considered as these functional/operability technology simply and describes and be abstract theory or be only the instruction that abstract theory expresses.In fact, as summarized herein, in technical field, this is not genuine completely.When by those skilled in that art can tool observes time, these are functional/operability technology describe and be regarded as specifying almost to imagine complicated hardware configuration.

As previously outlined like that, the reason that using function/operability technology describes is at least two-layer.First, the machine that using function/operability technology describes the close unlimited complexity of permission and mode (such as passing through natural imitation language and the logical statements stream) description that the machine operation resulting from the nextport hardware component NextPort connected each other enough processes with human tau brain-capacity.Secondly, using function/operability technology be described through provide compared with independent of or do not help those skilled in that art independent of the description of the hardware component of any specific seller and understand described theme.

Using function/operability technology describes and helps those skilled in that art to understand described theme, because as apparent from discussion above, people can easily (although not being rapidly) technology set forth in the document is described be rewritten into many trillion 1 and 0, the single file of billions of compilation layer machine code, other is abstract for millions of gates, thousands of gate array or any amount of intergrades.But, if these rudimentary technology any describe will replace current techniques description, those skilled in that art may run into excessive difficulty when realizing the disclosure, may complexity be increased because this rudimentary technology describes and there is no corresponding benefit (such as by describing theme, this theme utilizes the specification of the specific hardware component of one or more seller).Thus, using function/operability technology is described through to be separated technology description with the specification of the specific hardware component of any seller and forms help to those skilled in that art.

Because foregoing teachings, the logical operation/function set forth during current techniques describes is the static state of various orderly matter essential factor or the expression of order specification, can be understood by the brains of people to make these specifications and adjustable to produce many hardware configuration.Logical operation/the function disclosed herein should so be treated, and should only because the specification that they are shown does not represent in the mode that those skilled in that art can easily understand that and is summarized as abstract theory with being slandered to apply independent of the hard-wired mode of specific seller.

Those skilled in that art will recognize, commonly realize in the industry equipment and/or process and/or system and use engineering design and/or other practice subsequently by these equipment realized and/or process and/or system combination in equipment widely and/or process and/or system.That is, equipment described herein and/or process and/or system can be integrated into miscellaneous equipment and/or process and/or system via the test of fair amount at least partially.Those skilled in that art will recognize, as long as the example of these miscellaneous equipments and/or process and/or system can comprise---be suitable to background and application---following equipment and/or process and/or system all or part of: (a) air transport (such as aircraft, rocket, helicopter etc.); (b) ground transport (personnel's carrier loader etc. of such as car, truck, train, tank, belt armour); (c) building (such as house, warehouse, office etc.); (d) facility (such as refrigerator, washing machine, clothesdrier etc.); (e) communication system (such as networked system, telephone system, the upper voice system of IP etc.); (f) business entity (such as ISP (ISP) entity, such as ComcastCable, Qwest, SouthwesternBell etc.) or (g) wire/wireless service entities (such as Sprint, Cingular, Nextel etc.) etc.

In some cases, even if assembly is positioned at outside certain scope, the use of system or method also can be carried out within this scope or position.Such as, in distributed computer environment, although the part of system can be positioned at outside certain scope (such as, be positioned at the relay outside this scope, server, processor, signal-bearing media, transmission computer, receiving computer etc.), the use of distributed computing system also can be carried out in this scope.

Similarly, even if the parts of system or method are arranged on and/or are used in outside certain scope, system also can be present in this scope or method also can be carried out in this scope.In addition, do not get rid of this system for the realization at least partially of the system of manner of execution within the scope of to use in another scope.

Those skilled in that art will recognize, for the purpose of clear concept, composition described herein (such as operating), equipment, object and discussion adjoint are with it used as example, and can consider various configuration modifications.As a result, as used in this article, the specific examples of statement and accompanying drawing describe and are intended to represent its more generally classification.In general, the use of any specific examples is intended to represent its classification, and non-the comprising of specific composition (such as operating), equipment and object should not be considered to be construed as limiting.

Theme described herein illustrates the different assemblies being included in other different assemblies or connecting from other different assemblies sometimes.It should be noted that these frameworks described are only exemplary and in fact can adopt other frameworks many obtaining identical function.In theory meaning, any arrangement of components obtaining identical function be in effect " association " to obtain the function of requirement.Therefore, any two assemblies combining to obtain specific function herein can be regarded as each other " association " to obtain the function of requirement, and no matter how are framework or intermediate module.Equally, any two assemblies of association like this also can be regarded as each other " being operably connected " or " being operationally coupled " to obtain the function of requirement, and any two assemblies that can so associate also can be regarded as each other " being operationally coupled " to obtain the function of requirement.The specific examples be operationally coupled include but not limited to can Physical Match and/or Physical interaction assembly and/or can wirelessly interact and/or wireless interactional assembly and/or logic interacts and/or can the interactional assembly of logic.

In some cases, one or more assembly can be called as in this article " being configured to ", " passing through ... configuration ", " can be configured to ", " operate/do in order to ", " be suitable for/can be suitable for ", " can ", " can follow/follow " etc.It will be understood by those skilled in the art that active state assembly and/or inactive state assembly and/or armed state assembly, unless the context requires otherwise opposite situation generally contained in these terms (such as " being configured to ").

Say from the general extent, those skilled in that art will recognize, various execution mode described herein realizes individually and/or uniformly by various types of electro-mechanical system, described electro-mechanical system has the electric component of wide region, such as hardware, software, firmware and/or in fact its combination in any, they are only limitted to the authorized theme according to 35USC101; And the assembly of wide region, its can to such as rigid body, spring body or reverse body, hydraulic pressure, Electromagnetically actuated equipment and/or in fact its combination in any give mechanical force or motion.As a result, " electro-mechanical system " includes but not limited to as used in this article: with transducer (such as actuator, motor, piezoelectric crystal, microelectromechanical-systems (MEMS) etc.) circuit that is operationally coupled, there is the circuit of at least one discrete circuit, there is the circuit of at least one integrated circuit, there is the circuit of at least one application-specific integrated circuit (ASIC), the universal computing device that formation is configured by computer program (such as, by performing the all-purpose computer configured at the computer program of process as herein described and/or equipment at least partly, or by performing the microprocessor configured at the computer program of process as herein described and/or equipment at least partly) circuit, form memory device (such as various forms of memory (such as arbitrary access, flash memory, read-only etc.)) circuit, form communication equipment (such as, modulator-demodulator, communication switchboard, optoelectronic device, etc.) circuit and/or any non-electrical analog there, such as light or other analog (such as based on the circuit of Graphene).Those skilled in that art also will understand, and the example of electro-mechanical system includes but not limited to numerous consumer electronic systems, Medical Devices and such as motor-driven transmission system, factory automation system, other system of safety system and/or communication/computing system and so on.Those skilled in that art will recognize, electro-mechanical as described herein is not necessarily limited to not only electric actuation but also mechanically actuated system, unless the context opposite situation.

Say from the general extent, person of skill in the art will appreciate that, the various aspects as herein described that can come to realize separately and/or in the lump by the hardware of wide region, software, firmware and/or its any combination can be counted as and be made up of all kinds of " circuit ".Therefore, " circuit " that use in this article includes but not limited to: the circuit with at least one discrete circuit, there is the circuit of at least one integrated circuit, there is the circuit of at least one application-specific integrated circuit (ASIC), the universal computing device that formation is configured by computer program (such as, by performing the all-purpose computer configured at the computer program of process as herein described and/or equipment at least partly, or by performing the microprocessor configured at the computer program of process as herein described and/or equipment at least partly) circuit, form memory device (such as, various forms of memory (such as, arbitrary access, flash memory, read-only etc.)) circuit, and/or form communication equipment (such as, modulator-demodulator, communication switchboard, optoelectronic device, Deng) circuit.Person of skill in the art will appreciate that, theme described in this article can realize with the mode of analog or digital or their some combination.

Those skilled in that art will recognize, equipment described herein and/or process can be integrated in data handling system at least partially.Those skilled in that art will recognize, it is one or more that data handling system generally comprises in following parts: system unit shell; Video display apparatus; The memory of such as volatile memory or nonvolatile memory; The processor of such as microprocessor or digital signal processor; The such as computational entity of operating system, driver, graphical user interface and application program; One or more interactive device (such as touch pads, touch-screen, antenna etc.); And/or comprise feedback loop and control motor (such as the feedback of sense position and/or speed; For mobile and/or adjustment assembly and/or amount control motor) control system.Data handling system can utilize suitable can realization by the assembly that obtains of business, such as general data calculate/communication and/or network calculations/communication system in find those.

In order to the object of the application, " cloud " calculates and can be understood to as described in cloud computing document.Such as, cloud computing can be transmit calculated capacity and/or memory capacity as the method for service and/or system." cloud " can represent one or more hardware and/or software composition, and it transmits or help to transmit and calculates and/or memory capacity, and it is one or more that it includes but not limited to list below: client computer, application, platform, infrastructure and/or server.Cloud can refer to any hardware that associates with client computer, application, platform, infrastructure and/or server and/or software.Such as, what cloud and cloud computing can refer to list below is one or more: computer, processor, storage medium, router, switch, modulator-demodulator, virtual machine (such as virtual server), data center, operating system, middleware, firmware, hardware rear end, software rear end and/or software application.Cloud can refer to private cloud, Gong Zhongyun, mixed cloud and/or community's cloud.Cloud can be the shared pool of configurable computational resource, it also can be the public, private, half private, distributed, extendible, flexibly, interim, virtual and/or physics.Cloud or cloud service can in the upper transmission of the network of one or more types (such as mobile radio communication and the Internet).

As used in this application, cloud or cloud service can comprise one or more that list below: the infrastructure (IaaS) as service, the platform (PaaS) as service, as the software (SaaS) of serving and/or as the desktop (DaaS) of serving.As a non-exclusive examples, IaaS can comprise such as one or more virtual server example, it can start, stop, accessing and/or configuration virtual server and/or storage center (such as providing one or more processor, memory space and/or Internet resources desirably, such as EMC and Rackspace).PaaS can comprise such as host at one or more software of infrastructure (such as computing platform and/or scheme storehouse, client computer can produce software interface and application (such as MicrosoftAzure) from it) and/or research and development instrument.SaaS can comprise such as decided by service provider and on network addressable software (such as application software and/or the data that associate with this software application can be maintained on network, such as GoogleApp, SalesForce).DaaS can comprise such as on network for user provides desktop, application, data and/or service (such as provide the application in many application frameworks, framework, with the data of association and/or the service (such as Citrix) with the data correlation on application and/or network).Previous contents is intended to polytype system of mentioning in the application and/or method as " cloud " or " example of cloud computing and be not considered to be completely or limit.

In many transaction, the propagation of automation is apparent.Such as, ATM (ATM) is distributed money and is taken deposits.Airline ticket counter machine check passenger registers, point invoice allow passenger to change or upgrade flight.Train and subway ticket counter machine allow passenger buy the ticket to specific purposes ground and do not need to enable human interaction.Many grocery stores and pharmacy have self-checkout machine, and it allows consumer by only paying the commodity bought alternately with machine.Nowadays major company is equipped with the system of sending an answer by telephone, and this system has the machine mutual with consumer, and if only call people in in-problem situation in transaction in the transaction being beneficial to machine.

But along with this automation increases, convenience and accessibility can reduce.Grocery store from checkout machine may be difficult to operation.ATM and ticket counter machine are for disabled person or need the people of special access to be in most cases inaccessible.Before this, relatively easily complete transaction with the disabled person that makes alternately of people, if disabled person cannot press the button on ATM, so machine cannot be beneficial to transaction and completes.Although some in these common terminals allow talk operation, they are configured to the speech of most general type, and this is little for use identification particular speaker, causes thus attempting feeling to baffle to the user that this machine is talked.For disabled person, this problem is especially challenging, and these disabled persons may run into great challenge when being completed transaction by automatic machinery.

In addition, nowadays smart phone and flat-panel devices are also configured to receive Talk command.Often appear at now in automotive, even in economical, the mass-produced vehicles by speech and voice-operated automotive system.Home entertainment device (such as disc player, television set, radio, stereo etc.) can respond to Talk command.In addition, home security system can respond to Talk command.In office's setting, the computer of worker can respond to the speech from worker, to allow faster, more effective workflow.These systems and machine can be trained to specific user's work, by clear and definite training or mutual by what repeat.But when system update or replacing (when such as buying new television set), training may be lost together along with equipment.Therefore, in execution modes more described herein, for speech recognition system adaptation data may with identify that the equipment that talk is separated, and closely can be associated with user, such as, by the equipment that carried by user or by the network site with user-association.

In addition, in some environment, can have more than one equipment with the scope of user interactions in transmit and receive data.Such as, be only sitting in and sofa see TV may relate to five kinds or more kind equipment, such as television set, Set Top Box and audio/video receiver, remote controller and smart phone device.Some in these equipment can transmit or receive speech data.Some in these equipment can transmit, receive or store adaptation data, as described in more detail herein.Therefore, (will be described in more detail in this article) in some embodiments and can be there is certain methods, system and equipment, should executable operations for which equipment in certainty annuity, described operation allows user effectively to be formed alternately with the equipment expected by the speech of user.

With reference now to Fig. 1, the example of the system 100 wherein can implementing one or more technology that shown is.A kind of wearable article (such as, receiver 167) be operationally coupled with handheld device 2760, holding equipment 2760 comprises one or more examples of initialization module 171,172,173,174 or respond module 181,182,183,184,185,186.In use (such as, by user 101) time, equipment 2760 operationally can be coupled with one or more other equipment in network 190 via the first channel (such as, it comprises WLAN or other wireless link 151 and the wall-hanging equipment in region 155 150 and the second link 152).Alternately or extraly, equipment 2760 can operationally be coupled with network 190 via second channel (such as, the equipment 160 and second of they vehicles comprising wireless link 161 and comprise the mobile focus in feasible region 165 links 162) (alternatively).

With reference now to Fig. 2, shown is another example can implementing one or more technological systems 200.Main equipment 210 (such as, the vehicles or router or integrated circuit) can comprise one or more examples of general Central Processing Unit (CPU) 212 (such as, it comprises internally cached 215); One or more examples of nonvolatile memory 241,242,243 (such as, phase transition storage 231 or removable memory 232); Or one or more examples of volatile memory 261,262 (such as, high-speed cache 255).In some variations, auxiliary equipment 220 can comprise CPU222, nonvolatile memory 271, volatile memory 272, or one or more examples of dispensing unit 280.One or both in main equipment 210 and auxiliary equipment 220 can be flat computer or the smart phone (such as, equipment 2760) of the antenna 205 having Android operation system and be configured to the wireless link 295 promoted between which.

With reference now to Fig. 3, the example of the system 300 wherein can implementing one or more technology that shown is.Circuit board 360 comprises multiple integrated circuit (IC) 361,362,363,364,365,366.Such as, the integrated circuit 310 in IC361 comprises transistor 351,352, and each transistor is formed in single dielectric substrate 307.Such as, as shown in the figure, transistor 351 is included in control terminal (such as, grid or base stage) and two end terminals (at node 341,343 place) at node 342 place.Such formation can be realized by a series of some photoetching processes (such as, for applying and process and etch the chemical treatment of dielectric or dopant or other material and heat treatment and light process).The circuit design of the complexity formed according to the circuit block of the general type identical with general type as those described herein (such as, initialization module 171-174 and respond module 181-186), such transistor 351 and 352 up to a million is connected in the network of signaling bearer pipeline 308 (such as, fork-shaped holding wire or other snakelike holding wires).But, even in the circuit block of relative complex proposed within a context, many such blocks (do not comprise various assembly, such as antenna 205 such as,) connected by electrical nodes 341,342,343,344, each electrical nodes has (such as, in equipment as described herein or local system) spatially basic uniform corresponding nominal voltage level 311,312,313,314 in whole node.Such node (circuit such as, on integrated circuit or circuit board 360) can comprise fork-shaped signal path or other signal path (such as, adjacent one or more transistors 351,352) separately.In addition, such as, according to CMOS (Complementary Metal Oxide Semiconductor) (CMOS), emitter coupled logic (ECL) or other common semiconductor arrangement agreement, many Booleans (such as, be or no judgement) can show as " low " or " height " voltage separately.

In some variations, main equipment 210 comprises the circuit board 360 constructing metamaterial antenna system thereon.According to instruction herein, in fact, many prior aries can be applicable to configure the special circuit or other structures that are effective in this antenna implementing purposes as described herein and without the need to undo experimentation.Such as, see U.S. Patent No. 8299967 (" Nonplanarmetamaterialantennastructures "); U.S. Patent No. 8081138 (" Antennastructurewithantennaradomeandmethodforrisinggaint hereof "); U.S. Patent No. 8072291 (" Compactdualbandmetamaterialbasedhybridringcoupler "); U.S. Patent No. 7847739 (" Antennasbasedonmetamaterialstructures "); U.S. Patent No. 7218190 (" Waveguidesandscatteringdevicesincorporatingepsilon-negat iveand/ormu-negativeslabs "); U.S. Patent No. 6958729 (" Phasedarraymetamaterialantennasystem); U.S. Patent application No.12/925511 (" Metamaterialsurfaces "); U.S. Patent application No.12/220703 (" Emittingandnegativelyrefractivefocusingapparatusmethodsa ndsystems "); With U.S. Patent No. 12/156443 (" Focusingandsensingapparatusmethodsandsystems ").

With reference now to Fig. 4, show another view of the mobile device 2760 introduced in FIG, wherein visible loud speaker 442, camera 443 and display 445 (such as, touch-screen).Integrated circuit 440 and power supply 441 (such as, rechargeable battery) is illustrate at least equally in equipment 2760.Some of them electrical nodes (such as, as shown in the figure, comprising pad 435 along side) provides outside and connects via closing line (not shown) (such as, being power supply or ground connection or input signal or output signal).The large gauge block of the integrated circuit 310 on integrated circuit 440 comprises special module 425,428 (such as, it comprises transducer as described below or other hardwired special circuit); And otherwise constructed by memory 431,432 (such as, volatibility or non-volatile) the different structure that many signaling bearer pipeline 308 (such as, each comprise internal node) interconnects, as described below.See Fig. 6 and Figure 26.

With reference now to Fig. 5, show another example of the system wherein can implementing one or more technology, it comprises the schematic diagram of application-specific IC (ASIC) 540.ASIC540 (optionally) can comprise queue 570 (such as, realize in volatile memory 272,432), queue 570 comprises for the treatment of (such as, by CPU 222 or other core) a series of projects 571,572,573 (such as, data block or task).Such as, ASIC540 there will be this situation under implementing the background of auxiliary equipment 220 or IC363 wherein.Alternatively or extraly, ASIC540 can comprise queue 580 (such as, realize in nonvolatile memory 431 or volatile memory 272), queue 580 comprises for the treatment of (such as, by being configured to perform the hard-wired special module 425 of special-purpose software or universal cpu 212) a series of projects 581,582,583 (such as, data block or task).Alternatively or extraly, in all cases, as described below, the special module of specifying herein (such as, circuit as in Fig. 6-14) can by remote equipment (such as, via wireless link 162) optionally implemented by configuration (such as, at the scene programmable gate array).In some variations, such as, gate array (such as, it comprises integrated circuit 366) can implement FFT module 591,592 or order module 594,595 or detection module 598,599 with long-range reconfigurable avatar.Such as, other this kind of functional realiey (such as wherein, the FFT module 592 of little use) be omitted at present or replace showing as software (such as, to be present in memory as module and can be performed by core) background in can there is this situation.

With reference now to Fig. 6, show the embodiment of the system 600 (such as, network subsystem) wherein can implementing one or more technology.Control logic 610 can comprise (optionally) one or more examples of the temperature sensor 608 with corresponding state 618 (such as, Current Temperatures).Alternatively or extraly, control logic 610 can comprise (optionally) the one or more examples be configured to the Universal multi-mode core 635 of the instruction of the process of in following modes: " fault-tolerant " operator scheme 630 (such as, relative to other pattern) or " high latency " operator scheme 631 is (such as, relative to other pattern) or " high-performance " operator scheme 632 (such as, relative to other pattern).In some cases, multi-mode core 635 also can be configured to do not perform any operation (such as, under the pattern of " free time " or " closedown ") or under some other pattern, operate (such as, " normally " pattern) as an alternative.As explained further below, in some cases, control logic 610 can comprise following one or more examples equally: the special circuit 671 that the automatic and with good conditionsi response that (1) is configured to the Warm status of the temperature sensor as handheld device causes the data component of wireless signal to be processed by the special module in handheld device; (2) whether automatic the and with good conditionsi response signal indication being configured to the Warm status of the temperature sensor as handheld device causes the special circuit 672 of the judgement of configurable nuclear alteration core operator scheme; Or (3) are configured to the special circuit 681,682,683 that causes configurable core to draw from the data queue of particular device.

Modification more as herein described refer to equipment detectable " embodiment ", such as following one or more example: computer-readable code, the transistor of logic element or latch connection configuration or other geometric expression, firmware or the software of implementing the transfer function calculating specification are expressed, the numeral expression of truth table, or analog.In some embodiments, such situation can comprise source code or other people readable part.Alternatively or extraly, the function of embodiment described herein can form the detectable output of one or more equipment, Tathagata from call or monitor the judgement of embodiment as described herein, performance, side effect, result, coding or other forms of expression, displayable image, data file, data correlation, statistic correlation, stream signal, strength level, frequency or other can measure attribute, packet or other codings and express, or analog.

In some embodiments, " state " of assembly can comprise " available " or some other such state description labels, event count or other such memory value, other this physical property of part depletion or supply arrangement, voltage, or any other the similar conditioned disjunction attribute no matter device location can change wherein between two or more possible values.In some variations, such state can directly be received as measurement result or other testing results, and/or can infer from the behavior of the assembly passed in time.Distributed or other hybrid systems can comprise vector value equipment state, and in addition, it can affect as the cited distribution carried out in every way here or leave.

" automatically ", " with good conditionsi ", " detectable ", " hand-held ", " two-way ", " effectively ", " adopt ", " clear and definite ", " contiguous ", " local ", " wireless ", " portable ", " movement ", " nearest ", " incrementally ", " multiple ", " objectively ", " interpersonal ", " ad hoc (adhoc) ", " single ", " ... between ", " especially ", " isotropic ", " heat ", " ... interior ", " passive ", " partly ", " ... front ", " approximate ", " association ", " sound equipment ", " reception ", " away from ", " response ", " comparatively early ", " resident ", " afterwards ", " running ", " optionally ", " specifically ", " special ", " cause ", " fixing ", " ... between ", " coupling ", " significantly ", " common ", or other such description language with it is normally or the use of no meaning herein, instead of as degree term, unless context dictates otherwise.According to present disclosure those skilled in the art will from context understanding what is meant by " near ", region " " or scope " interior ", " long-range ", and other such location expression used herein.Term is as " processor ", " " center ", " unit ", " computer ", or use with its normal meanings in this other such description.Though its position or purposes or be associated with the thing described other describe, these terms do not comprise anyone, unless context dictates otherwise.Such as " for ... circuit " or " for ... instruction " and so in phrase, " for ... " is not used to illustrate the object only expected, and, also usually to use identifying in descriptive manner in special-purpose software or structure.

In some embodiments, " manually " include but not limited to result from the generation of equipment user in the conscious one or more actions taked in real time.On the contrary, " automatically " occurs not by the impact of equipment user in the conscious any action taked in real time, unless context dictates otherwise.

In some embodiments, " with signal indication " something can comprise identification, contact, asks, selects or indicate this thing.In some cases, certainly, the impact of a part for these all aspects is only subject to by the things of signal indication, the task definition that such as can not " contact ".

In some embodiments, " state instruction " data can reflect trend or phenomenon relevant At All Other Times.Alternatively or extraly, the data set of state instruction can comprise the part without such state impact.Although the extraction of some type can need to authorize or a large amount of professional knowledge, in view of the teachings contained herein, the extraction of many other types can easily be implemented and not carry out undo experimentation.

In some embodiments, event " is caused " can to comprise triggering, produce or otherwise event passed through directly or indirectly.This can comprise long-range, cause event simultaneously, partly, or no matter whether more direct reason also exists and otherwise causes event as " actual cause ".

Some describe and refer to about event generation " whether instruction " herein.If its presentation of events occurs, no matter how or lack numerical chracter its numerical chracter, then instruction is " positive ".No matter be positive or negative, this instruction can be faint (namely proving a little), certainly, or multi-level between it.In some cases, " instruction " can comprise it is a uncertain part, as the irrelevant part of useful photo.

Some descriptions herein refer to " equipment " or other physical articles.Physics " article " described herein can be long fibre, transistor 351, submarine, or other this type of continuous print physical object any." article " can be equally a part for equipment as described herein (such as, a part for memory 432 or loud speaker 442 or smart phone) or as described in this article equipment mechanical couplings combination (such as, there is the flat computer of the receiver 167 of dismountable memory 232 and attachment), unless context dictates otherwise.Communication " link " can refer to the unidirectional or bidirectional signal paths via one or more article (such as, antenna 205 or other signaling bearer conduit 308), unless context dictates otherwise.In some cases, this link can pass through free space medium or network 190.See Figure 17 & 28.

With reference now to Fig. 7, show the embodiment of the system 700 (such as, network subsystem) wherein can implementing one or more technology.Continuous print or other event ordering logics 710 can comprise (alternatively) one or more examples of active module 708,709; One or more examples of double mode core 711,712 (such as, each there is lower voltage operation mode 7 21 and operate at higher voltages mode 7 22); Or one or more examples of other core 731,732,733.In some contexts, event ordering logic 710 (such as, realize in circuit board 360 or ASIC540) one or more example of Boolean 741-745 or scalar can also be comprised (such as, other of capacity 706 or the expression in multiple electrical nodes are quantitative) one or more examples, be eachly expressed as one or more bit.See Fig. 2, Fig. 3 and Figure 20-23 (such as, being suitable for the description data processing medium of expressing these independent digital values).Also as explained further below, in some cases, event ordering logic 710 can comprise one or more examples of following special circuit: the special circuit 751 of the judgement of drawing from the individual data queue of mobile device while that (1) being configured to automatic and with good conditionsi response signal indication how much core as the instruction of the data volume of data queue being crossed over to capacity threshold, 752, or (2) are configured to the special circuit 761 whether causing the judgement of configurable nuclear alteration core operator scheme as the automatic and with good conditionsi response signal indication of the instruction data volume of data queue being crossed over to capacity threshold, 762.

With reference now to Fig. 8, show the embodiment of the system 800 wherein can implementing one or more technology.Event ordering logic 810 can embody one or more examples that (a) is configured to cause the circuit 861,862 of the data component of the order module process wireless signal in the FPGA at mobile device after the configuration component of wireless signal causes FPGA enforcement order module; One or more examples of (b) FPGA870; The configuration component 881 of (c) signal or one or more examples of data component 882; Or one or more examples of (d) event ordering logic 710.Such as, in some cases, FPGA870 can be configured or reconfigured to and be implemented as follows described order module 875 (such as, bubble sort utility program), or other such utility program module.

In view of the teachings contained herein, many prior aries can be applicable to effectively for configuring the special circuit of the field programmable gate array (FPGA) of purposes as described herein or other structures and without the need to undo experimentation.Such as, see U.S. Patent No. 8341469 (" ConfigurationdeviceforconfiguringFPGA "); U.S. Patent No. 8327117 (" ReconfigurableFADECwithflashbasedFPGAcontrolchannelandAS ICsensorsignalprocessorforaircraftenginecontrol "); U.S. Patent No. 8294396 (" CompactFPGA-baseddigitalmotorcontroller "); U.S. Patent No. 8225081 (" Updatingprogrammablelogicdevices "); U.S. Patent No. 8205066 (" Dynamicallyconfiguredcoprocessorfordifferentextendedinst ructionsetpersonalityspecifictoapplicationprogramwithsha redmemorystoringinstructionsinvisiblydispatchedfromhostp rocessor "); U.S. Patent number 8205037 (" Datastoragedevicecapableofrecognizingandcontrollingmulti pletypesofmemorychipsoperatingatdifferentvoltages "); U.S. Patent No. 8190699 (" Systemandmethodofmulti-pathdatacommunications "); U.S. Patent No. 8166237 (" ConfigurableallocationofthreadqueueresourcesinanFPGA "); U.S. Patent No. 8095508 (" IntelligentdatastorageandprocessingusingFPGAdevices "); With U.S. Patent No. 8069275 (" Network-basedsystemforconfiguringaprogrammablehardwareel ementinameasurementsystemusinghardwareconfigurationprogr amsgeneratedbasedonauserspecification ").

With reference now to Fig. 9, show the embodiment of the system 900 wherein can implementing one or more technology.Password generation module 986 or other dispensing units 980 (such as, realizing in network 990) are operationally coupled to event ordering logic 910 via WLAN or other links 995.Continuous print or other event ordering logics 910 comprise one or more examples of (a) electrical nodes 921,922,923,924,925,926,927,928; B () is configured to obtain via antenna the one or more examples setting up the circuit 931,932 of the configuration data of security protocol; Or (c) is configured to the one or more examples whether indicating the circuit 941 being provided the judgement of radio communication service by equipment in region as the response signal indication to the radio communication service from another equipment being operating instruction in region.

With reference now to Figure 10, show the embodiment of the system 1000 wherein can implementing one or more technology.Event ordering logical one 010 can represent (such as, as general procedure core executive software, or in the FPGA870 realized in a mobile device) following one or more examples: (a) is configured to whether meet in response to access request data the circuit 1021,1022,1023 whether security protocol signal indication will provide the judgement of network access service; B () is configured to set up via the first equipment and the radio communication channel from the second equipment and from described second equipment and via the circuit 1031,1032 of the radio communication channel of the 3rd equipment; Or (c) application module 1041,1042,1043,1044.Alternatively or extraly, event ordering logical one 010 (such as, realize in circuit board 360 or ASIC540) data processing medium 1050 can be comprised, data processing medium 1050 contains one or more examples of order 1068 or pattern 1071,1072 or actualizing code 1088,1089 or miscellaneous equipment executable code 1085.And in some variations, such logic operationally can be coupled via link 1095 and wide area network 1090 (such as, it comprises one or more satellite 1093).

With reference now to Figure 11, show the embodiment of the system 1100 (such as, network subsystem) wherein can implementing one or more technology.Event ordering logical one 110 can show (such as, as the general procedure core of executive software, or in the mixed signal implemented in a mobile device or other FPGA870) following one or more examples: (a) is configured to the capture module 1121 catching audio clips; B () is configured to the capture module 1121 catching video clipping; C () is configured to global positioning system (GPS) module 1122 with position data annotation wireless signal; (d) sound identification module; (e) Text To Speech translation module 1124; (f) digital-to-analog converter 1125,1126; (f) deciphering module 1131,1132; The circuit 1141,1142 of the judgement g instruction signal indication how many user data that () is configured to exceed threshold value in response to the transmission of data blocks failure rate of communication channel transmit via communication channel; (h) decoder module 1151,1152; (i) comparator 1161,1162; (j) aggregation module 1171,1172,1173,1174; Or (k) delivery module 1181,1182,1183,1184.In some cases, such as, the implementing in circuit board 360 or ASIC540 of event ordering logical one 110.

With reference now to Figure 12, show the embodiment of the system 1200 wherein can implementing one or more technology.Continuously or other event ordering logical ones 210 can show (such as, in FPGA870 or as the general procedure core of executive software) following one or more examples: (a) is configured to the circuit 1201,1202 of receiving package containing the wireless signal of access request data; (b) be configured to cause the first equipment to show circuit 1221,1222 that whether the second equipment does not exist boolean's instruction of two-way human communication in the WLAN communication range of the 3rd equipment between the first equipment and the second equipment; Or (c) microphone 1217.Alternatively or extraly, event ordering logical one 210 can comprise the data processing medium 1270 (such as, memory or guide transmission or display) of the list 1250 containing two or more records 1261,1262,1263.Each such record can comprise visualization symbol 1251 as described below or other marks 1252 (such as, representing the people that user is known or equipment); State instruction 1253,1254; Or one or more examples of other such data 1255.Such as, in some cases, event ordering logical one 210 can realize in circuit board 360 or ASIC540.

With reference now to Figure 13, show the embodiment of the system 1300 wherein can implementing one or more technology.Event ordering logical one 310 can comprise various memory 431,432 or other data processing medium 1350, and it contains one or more examples of project as described below: data 1301,1302,1303,1304; The time 1311,1321,1323,1324 of numeral; Signal 1321,1322,1323,1324; Service 1331,1332,1333,1334,1335; Or instruction 1341,1342,1343,1344,1345.Alternatively or extraly, event ordering logical one 310 can show (such as, in FPGA870 or as the general procedure core of executive software) under one or more examples of column circuits: (a) is configured to the circuit 1371 implementing the fire compartment wall two or more network access service provided via individual equipment separated, or (b) is configured to obtain the circuit 1372 providing the instruction of radio communication service in coverage.And in some variations, such logic operationally can be coupled via link 1395 and wireless local area network 1390 (such as, it comprises one or more server 1396).Such as, in some cases, event ordering logical one 310 can realize in circuit board 360 or ASIC540.

With reference now to Figure 14, show the embodiment of the system 1400 (such as, network subsystem) wherein can implementing one or more technology.User interface 1410 can comprise various data processing medium 1450 (such as, memory or guide transmission or display), one or more examples of lising under data processing medium 1450 comprises: judge 1401,1402,1403,1404,1405; As a result 1411,1412,1413; The capacity 1416 of numeral; Interval 1421,1422,1423; Notify 1425; Or other such expression 1431,1432 (such as, it comprises the sequence 1435 of symbol).In addition, in some variations, one or more examples of column circuits under user interface 1410 can show (such as, in FPGA870 or as the general procedure core of executive software): (a) is configured to the circuit 1481 obtaining the identifier of another equipment at an equipment; B () is configured to the circuit 1482 participating in the availability of telephone communication in response to boolean's instruction signal indication of equipment in the range for wireless communication of another equipment; Or (c) is configured to whether exceed border in response to equipment within the nearest time interval and detects through boolean's instruction of rate threshold value the circuit 1483 of availability participating in telephone communication.Such as, in some cases, user interface 1410 can comprise circuit board 360 as above or ASIC540.

With reference now to Figure 15, show the embodiment of the system 1500 wherein can implementing one or more technology.Equipment 1530 can via link 1531 and the vehicle 1510 operated by user 1502 (such as, realize mobile focus alternatively) communicate or communicate with the handheld device 2760 operated by user 2701 (such as, via WLAN or other wireless links 1536).Alternatively or extraly, equipment 1530 can comprise (optionally) the one or more examples being configured to the FPGA1540 promoting network management as described below.Such as, in some cases, equipment 1530 can comprise circuit board 360 as above or ASIC540.

In addition, in view of the teachings contained herein, many existing technology can be applicable to configure the special circuit of such communication (such as, in the mesh network comprising mobile node) or other structure that are effective in and implement purposes as described herein and without the need to undo experimentation.Such as, see U.S. Patent No. 8311509 (" Detection, communicationandcontrolinmultimodecellular, TDMA, GSM, spreadspectrum, CDMA, OFDMWiLANandWiFisystems "); U.S. Patent No. 8259822 (" Polarandquadraturemodulatedcellular, WiFi, WiLAN, satellite, mobile, communicationandpositionfindersystems "); U.S. Patent No. 8249256 (" Methodforprovidingfastsecurehandoffinawirelessmeshnetwor k "); U.S. Patent No. 8248968 (" Methodandapparatusforprovidingmobileinter-meshcommunicat ionpointsinamulti-levelwirelessmeshnetwork "); U.S. Patent No. 8223694 (" Enhancedinformationservicesusingdevicesinshort-rangewire lessnetworks "); U.S. Patent No. 8219312 (" Determiningspeedparametersinageographicarea "); U.S. Patent No. 8200243 (" Mobiletelevision (TV), internet, cellularsystemsandWi-Finetworks "); U.S. Patent No. 8184656 (" Controlchannelnegotiatedintermittentwirelesscommunicatio n "); U.S. Patent No. 8169311 (" Wirelesstransmissionsystemforvehicularcomponentcontrolan dmonitoring "); U.S. Patent No. 8165091 (" EfficienthandoverofmediacommunicationsinheterogeneousIPn etworksusingLANprofilesandnetworkhandoverrules "); U.S. Patent No. 8125896 (" Individualizingaconnectivity-indicativemapping "); U.S. Patent No. 8111622 (" Signalroutingdependentonanodespeedchangeprediction "); U.S. Patent No. 8098753 (" Infrared, touchscreen, W-CDMA, GSM, GPScameraphone "); U.S. Patent No. 7646712 (" Usingasignalroutedependentonanodespeedchangeprediction "); U.S. Patent application No.13/317,988 (" Context-sensitivequeryenrichment "); U.S. Patent application No.11/252,206 (" Signalroutingdependentonaloadingindicatorofamobilenode "); U.S. Patent application No.11/221,421 (" Headingdependentrouting "); With U.S. Patent application No.11/221,396 (" Headingdependentroutingmethodandnetworksubsystem ").

With reference now to Figure 16, show the embodiment of the system 1600 (such as, network subsystem) wherein can implementing one or more technology.As described below, manager unit 1630 (such as, in vehicle 1510 or other equipment instantiation) comprises distribution module 1641,1642; Detection module 1671,1672,1673,1674; Or one or more examples of input module 1681,1682,1683,1684.Such as, in some cases, manager unit 1630 can comprise circuit board 360 as above or ASIC540.

With reference now to Figure 17, show the embodiment being included in the system 1700 of portable set in communication network 1790 (such as, ad-hoc network or mesh network) or other equipment 1750 wherein can implementing one or more technology.Many miscellaneous equipments 1752,1754,1756,1758,1760,1762,1764,1766,1768,1770,1772,1774,1776,1778,1780,1782,1784,1786 (such as, eachly comprise base station or handheld device or vehicle or other portable set) connect via various passive medium link 1771 (such as, by air or cable).In various embodiments, equipment 1750 can comprise (optionally) interface module 1721,1722,1723,1724,1725,1726 described below; Respond module 1731,1732,1733,1734,1735,1736,1737,1738,1739; Or one or more examples of notification module 1741,1742,1743,1744,1745,1746.Alternatively or extraly, one or more equipment 1754,1786 (such as, be embodied as the manager unit can accessed and limit and belong to one or more databases of the service characteristic of local authority) can be configured to send performance wireless channel attribute (such as, realize power and the frequency limitation of relevant management specification) configuration data (such as, that extract from such database or otherwise produce) to other equipment in network 1790, effectively illustrate they how to reconfigure oneself.With reference to figure 18-23.Such as, such adjustment can be used for alleviate congestion (such as, during peak service time), or for other resource managements as described herein.Such as, in some cases, such equipment 1750 can comprise circuit board 360 as above or ASIC540.

With reference now to Figure 18, show the embodiment of the system 1800 wherein can implementing one or more technology.Event ordering logical one 810 (such as, realizing in circuit board 360 or ASIC540) can comprise the configuration component 1841 of FPGA1820 or signal and one or more examples of data component 1842.Such as, in some cases, FPGA1820 can be configured or be reconfigured for and comprise fast fourier transform (FFT) module 1823 as described below or other event ordering structures.In addition, event ordering logical one 810 some modification can under the performance of this locality one or more examples of column circuits: be configured to the configuration component of another wireless signal cause FPGA implement FFT module after cause the circuit 1881,1882 of the data component of the FFT resume module wireless signal in the FPGA of mobile device.

With reference now to Figure 19, show the embodiment of the system 1900 wherein can implementing one or more technology.Equipment 1910 (such as, instantiation in one or more equipment 1754,1764 of network 1790) key-press event 1931,1932 or other similar user input 1940 one or more examples of (such as, with numeral performance) can be comprised; One or more examples of human communication 1961,1962,1963 (such as, call out 1951 or session 1952 or dialogue 1953); One or more examples of Registering modules 1971,1972,1973,1974; Or one or more examples of aggregation module 1981,1982.Such equipment 1910 operationally can be coupled with telephone network 1990 (such as, it comprises one or more telephone exchange 1996) via wireless or other links 1995.Alternatively or extraly, such equipment 1910 can comprise one or more antenna 1905 (such as, parabolic aerial or short-wave antenna or whip antenna or Yagi antenna or Super-material antenna, instantiation in fig. 17, is mechanically coupled with great majority or all equipment 1750,1752,1754,1756,1758,1760,1762,1764,1766,1768,1770,1772,1774,1776,1778,1780,1782,1784,1786).Such as, in some cases, equipment 1910 can comprise circuit board 360 as above or ASIC540.

With reference now to Figure 20, show the embodiment of the system 2000 wherein can implementing one or more technology.One or more medium 2110 (such as, memory or guide transmission or display) can one or more examples containing numeral part 2011,2012; One or more examples of configuration data 2015; One or more examples of coordinate 2021,2022; One or more examples of password 2035,2036 or other fetcher code 2031,2032; One or more examples of signal 2051,2052,2053,2054,2055,2056,2057,2058,2059; One or more examples of instruction 2071,2072,2073,2074,2075,2076,2077,2078,2079; One or more examples of threshold value 2081,2082,2083,2084,2085,2086,2087,2088,2089; One or more examples of editing 2090 (such as, video or voice data); Or one or more examples of ratio 2091,2092,2093,2094,2095,2096.

With reference now to Figure 21, show the example of the system 2100 wherein can implementing one or more technology.Memory or other medium 2110 can comprise one or more examples of one or more indicating device 2102,2103; One or more examples of the sequence 2125 of the data block 2121,2122,2123 of audible data 2120 (such as, mainly obtaining via microphone); Or one or more examples of the sequence 2135 of the data block 2131,2132,2133 of 2130 of enciphered data.Other user data 2150 interested for current object can comprise (optionally) other enciphered datas 2130, video or other view data; Or computation model data (such as, relevant meteorology or research).

With reference now to Figure 22, show the embodiment of the system 2200 wherein can implementing one or more technology.One or more memory or other medium 2210 (such as, memory or guide transmission or display) can comprise one or more examples of information model 2301; One or more examples of image 2251; Judge one or more examples of 2221,2222,2223,2224,2225,2226,2227,2228; One or more examples of instruction 2271,2272,2273,2274,2275,2276,2277,2278,2279; One or more examples of service 2281,2282,2283,2284; One or more examples of telephone number 2285 or other similar identifier 2286; One or more examples of percentage 2291,2292,2293; Hardware description language (such as, HDL or VHDL) expresses one or more examples of 2296,2297; One or more examples of counting 2298,2299.Such as, image 2251 describes actual area 155,165 relevant virtual regions 2255,2265 (for example, referring to Fig. 1) to such as describe, in general terms below.

With reference now to Figure 23, show the embodiment of the system 2300 wherein can implementing one or more technology.One or more memory or other medium 2310 can comprise one or more examples of informedness model 2301; One or more examples of status data 2320; One or more examples of the section 2337 of map 2330 or map; Or one or more examples of version 2 361,2362,2363 (such as, the picture of model 2301 or other express).Such as, in some cases, this status data can comprise (optionally) one or more record 2327,2328,2329, it is each comprises and one or more radio service area or device-dependent (1) time 2311, (2) position 2312, or one or more of (3) shape description information 2313 are expressed.Some non-overlapped districts 2351,2352,2353,2354,2355,2356 are illustrated.Some district 2351,2354,2355 forms the border circular areas of center in position 2341 together, comprise some positions 2347,2348,2349 determined, and there is the radius 2345 of the representative about radius of the real world of (in magnitude) 10 meters or a kilometer.Another version 2 362 depicts region (comprising district 2352, the 2354) position 2349 outward in service 1331.Another version 2 363 describes the position 2349 in the region (comprising district 2351,2352,2354,2355) of service 1331 but not in the overlapping region (comprising district 2353,2355) of service 1332.Such Version Description various state (such as, it comprises Wi-Fi service disruption), the pattern of model modification, or the expense instruction of this service describes, following overall described (for example, referring to Figure 31).

With reference now to Figure 24, the shown embodiment wherein can implementing the system 2400 of one or more technology.Event ordering logic 2410 can with one or more examples of (such as, as numeral expression) decrypted code 2425 or signal 2430.Such as, event ordering logic 2410 comprises one or more numeral or analog rate meter 2420 (such as wherein, instantiation in one or many vehicles 1510 or other mobile device 160,2760), such signal can comprise the data of instruction ground speed or geographical position (such as, GPS module 1122 or other event ordering logical ones 110,2410).Alternatively or extraly, these signals can comprise one or more examples of controling parameters 2431 or data segment 2432,2433,2434 (such as, user data).And, in some variations, event ordering logic 2410 (such as, at one or more equipment 1750 of network 1790, instantiation in 1772) can show (such as, at FPGA870, 1540, in 1820 or as the general procedure core of executive software) under one or more examples of column circuits: (a) is configured to the automatic and with good conditionsi response as the control component to wireless signal, the data component of wireless signal is caused to be carried out the circuit 2471 processed by the special module in mobile device, 2472, if or (b) is configured to satisfied first criterion of the second content of wireless signal, so cause the first memory of first content through integrated circuit of wireless signal, otherwise cause first content to pass the circuit 2481 of the second memory of integrated circuit, 2482.In this case, such as, event ordering logic 2410 can realize in foregoing circuit plate 360 or ASIC540.

With reference now to Figure 25, show the embodiment of the system 2500 wherein can implementing one or more technology.Continuous print or other event ordering logics 2510 are (such as, instantiation in one or more equipment 1758,1768,1778 of network 1790) (such as, in FPGA870,1540,1820 or as the general procedure core of executive software) can be comprised under list one or more example: (a) is configured to detect the circuit 2501 that event is left in a series of coverage; B () is configured to the circuit 2502 performing the ad-hoc location module expressing isotropic radiator and anisotropic radiation device; C () is configured to the circuit 2503 of the data flow being progressively decreased through radio communication channel; (d) its be configured to the circuit 2504 of the equipment signal indication result via user this locality away from user; E () is configured to the circuit 2505 of the judgement whether transmitting any user data via first communication channel with signal indication; F () is configured to the circuit 2506 transmitting user data via ad-hoc network; G () is configured to the circuit 2507 of the judgement whether regulating user data threshold value time of delay with signal indication; H () is configured to the circuit 2508 of the map drawing the cost indicative service boundaries relevant to the intercommunication of expection; Or (i) is configured to the circuit 2509 that transmission of data blocks failure rate and threshold value compared.Such as, in some cases, event ordering logic 2510 can be implemented in circuit board 360 as above or ASIC540.

With reference now to Figure 26, the embodiment of the system 2600 wherein can implementing one or more technology is shown.Detecting unit 2610 can comprise (optionally) processing module 2641,2642,2643,2644; Configuration module 2671,2672,2673,2674,2675,2676,2677,2678; Or be configured to one or more examples of charge sensors 2607 of charged state 2617 (such as, as boolean or digital Scalar Expression) of pilot cell 2615.And, in some variations, detecting unit 2610 can show (such as, on circuit board 360 or as the software performed by process core) under one or more examples of column circuits, be configured to the circuit 2681 whether causing configurable core to draw from the first data queue with the second core operator scheme as the automatic and with good conditionsi response signal indication of the charged state to battery, or be configured to cause the data component of wireless signal by the circuit 2682 of resume module special in portable set as the automatic and with good conditionsi response of the charged state to battery.Such as, in some cases, detecting unit 2610 can be implemented or operationally be coupled with circuit board 360 or ASIC540 in circuit board 360 as above or ASIC540.

With reference now to Figure 27, show the embodiment of the system 2700 wherein can implementing one or more technology.At least two parallel communication channels 2770,2780 are established to make human communication to be carried out between equipment user 1501,2701 between terminal equipment 2750,2760.Such as, this allows signal 2757 to advance via link 2767 with via the one or more media devices 2771,2772 comprising channel 2770.Similarly, signal 2758 can be advanced by link 2768 with via the one or more media devices 2781,2782 comprising channel 2780.In addition, in some cases, ASIC540 can be configured (a) and makes channel 2770 comprise queue 570 and make channel 2780 comprise queue 580; Or (b) that two or more channels 2770,2780 are processed simultaneously is each by corresponding integrated circuit (such as, being arranged on the example of gate circuit on circuit board 360 or other integrated circuits 365,366).

With reference now to Figure 32, show the higher-order logic flow process 3200 of operating process.Operation 28 describe set up via the first equipment and the radio communication channel from the second equipment and to set up from the second equipment and via the 3rd equipment radio communication channel (such as, initialization module 171,172 sets up the parallel communication channel 2770,2780 from equipment 2760 respectively, eachly comprises at least one wireless link 2767,2768).Such as, this operation can be there is in the following cases: wherein equipment 2771 (such as, with one or more equipment 1772,1774 instantiation of network 1790) is " first " equipment; Wherein equipment 2760 (such as, with one or more equipment 1750,1756,1774 instantiation of network 1790) is " second " equipment; Wherein equipment 2782 is " the 3rd " equipment; Wherein channel 2770 comprises one or more equipment 2771,2772 (such as, import into from equipment 2760 and spread out of) that signal 2057 can be advanced by it; Wherein channel 2780 comprise signal 2058,2758 can similarly with one or more equipment 2781,2782 that both direction is advanced by it; Wherein channel 2770,2780 exists simultaneously.In the embodiment of phone, such as, such channel 2770,2780 can carry digitlization audible data 2120 all simultaneously, optionally comprise such as by main channel 2770 (simultaneously, as signal 2757) and redundantly by one other channel 2780 (such as, as signal 2758) the specific components (such as, data block 2123) of user data 2150.

In view of the teachings contained herein, many existing technology can be applicable to configure the special circuit of such communication channel or other structure that are effective in and set up or characterize purposes as described herein and without the need to undo experimentation.Such as, see U.S. Patent No. 8234523 (" Automaticdeterminationofsuccessofusingacomputerizeddecis ionsupportsystem "); U.S. Patent No. 8233471 (" Wirelessnetworksystemandmethodforprovidingsame "); U.S. Patent No. 8145975 (" Universalpacketlossrecoverysystemfordeliveryofreal-times treamingmultimediacontentoverpacket-switchednetworks "); U.S. Patent No. 8054856 (" Methodforsynchronizingvoicetrafficwithminimumlatencyinac ommunicationsnetwork "); U.S. Patent No. 7835314 (" Physicallayerinterfacesystemandmethodforawirelesscommuni cationsystem "); With U.S. Patent No. 7787896 (" Dispatchservicearchitectureframework ").

The operation 32 transmission of data blocks failure rate described in response to the radio communication channel via the first equipment and from the second equipment exceedes the instruction of failure rate threshold value, with signal indication how many user data via the judgement transmitted from the second equipment and via the radio communication channel of the 3rd equipment (such as, distribution module 1641 causes one or more transport module 1181, the part 2012 of the digitized audible data 2120 that 1182 increases transmit via channel 2780, increment type as the instruction 2076 transmission of data blocks failure rate 2091 of channel 2770 being exceeded to threshold value 2081 responds).Such as, this operation can be there is in the following cases: the amount part that wherein increment type response causes data block to transmit turkey reduces; Wherein transmission of data blocks failure rate 2091 describe the data block 2121,2122,2123 that transmits via link 2767 in the delay threshold value 2082 allowed via the antenna of equipment 2771 not by equipment 2750 or the percentage 2291 not having arrival equipment 2750; Wherein the volatile memory 262 (such as, instantiation in one or more equipment 1766,1772 of network 1790) of manager unit 1630 implements some media 2010,2110,2210 as above; And wherein such radio communication channel distributes through carrying out (such as, by the signal strength signal intensity of routine or the mark of load balance or bit error rate) in the mode of rough or unsuitable computation-intensive in addition.Such as, in some cases, the delay threshold value 2082 for digitized voice data communication route can be less than 0.5 second, and the effective threshold value 2081 being applied to transmission of data blocks failure rate 2091 can be less than 5%.Alternatively or extraly, one or two such threshold value 2081,2082 also can depend on the instruction 2075 of one or more attributes of channel 2780 (such as effectively, the transmission of data blocks failure rate 2092 of link 2768), or other such decisive factor as described herein.Such as, in some cases, distribution module 1641 can be configured to close channel 2780 when being become enough low (such as, after the operation 32 of some iteration) by the traffic carrying capacity of channel 2780.

In view of the teachings contained herein, many existing technology can be applicable to configure the timing or other special circuits compared or other structure that are effective in and realize purposes as herein described and without the need to undo experimentation.Such as, see U.S. Patent No. 8325901 (" Methodsandapparatusforprovidingexpandedtelecommunication sservice "); U.S. Patent No. 8321727 (" Systemandmethodresponsivetoarateofchangeofaperformancepa rameterofamemory "); U.S. Patent No. 8320261 (" Methodandapparatusfortroubleshootingsubscriberissuesonat elecommunicationsnetwork "); U.S. Patent No. 8315622 (" Motionadaptivecommunicationsdeviceandintegratedcircuitsf orusetherewith "); U.S. Patent No. 8311579 (" Multi-modemobilecommunicationdevicewithmotionsensorandme thodsforusetherewith "); U.S. Patent No. 8295395 (" Methodsandapparatusforpartialinterferencereductionwithin wirelessnetworks "); U.S. Patent No. 8290509 (" Deactivationsystemandmethodforatransferabledevice "); U.S. Patent No. 8264953 (" Resilientdatacommunicationswithphysicallayerlinkaggregat ion, extendedfailuredetectionandloadbalancing "); U.S. Patent No. 8224349 (" Timedfingerprintlocatinginwirelessnetworks "); U.S. Patent No. 8195478 (" Networkperformancemonitor "); U.S. Patent No. 8184580 (" Datapacketcommunicationschedulinginacommunicationsystem "); U.S. Patent No. 7881992 (" Methodsandsystemsforprocessingandmanagingcorporateaction information "); With U.S. Patent No. 7853268 (" GPSenabledcellphonelocationtrackingforsecuritypurposes ").

With reference now to Figure 28, show the embodiment of the system 2800 wherein can implementing one or more technology.Computer 2810 in office 2820 comprises display 2815, microphone 2817, keyboard, loud speaker and mouse.The identifier (such as, telephone number 2285) of remote-moving apparatus 2870 or its user 2880 can obtain (such as, listing) on computer 2810.When mobile device 2870 at one or more WLAN (WLAN) router two 860 (such as, with one or more equipment 1768,1784 instantiation of network 1700) WLAN communication range 2866 in time, human communication (such as, Video chat or call via display 2815,2875) can carry out via computer 2810 and mobile device 2870, and can carry out via link 2895,2896 and network as shown in the figure 2890.And, in some cases, even before such communication starts about the state information of mobile device 2870 can obtain on computer 2810.

With reference now to Figure 33, show the high-level logic flowchart 3300 of operating process.Operation 24 describes and obtains the second equipment (such as at the first equipment, Registering modules 1971, it maintains the local example of the contacts list 1250 in computer 2810, and computer 2810 comprises the telephone number 2285 or similar mark 1252 that are associated with user 2880) identifier.Such as, this operation can occur in the following cases: its Computer 2810 is " first " equipment (such as, in one or more equipment 1750,1752 of network 1790 instantiation); Wherein mobile device 2870 is " second " equipment; And wherein telephone number 2285 and the one or more mobile devices 2870 had by user 2880 (such as, in one or more equipment 1768,1782,1786 of network 1790 instantiation) are associated by telephone exchange 1996 or server 1396.

Operation 30 describe cause the first equipment show the second equipment whether do not exist between the first equipment and the second equipment within the scope of the wireless LAN communication of the 3rd equipment two-way human communication boolean instruction (such as, notification module 1744 triggers computer 2810 to show positive status instruction 1254, and positive status instruction 1254 shows that mobile device 2870 is the call 1951 or similar two-way human communication 1961 of first not setting up between computer 2810 and mobile device 2870 in wireless LAN traffic scope 2866).Such as, this operation can occur in the following cases: wherein wireless LAN traffic scope 2866 is confirmed as the opereating specification of one or more wlan device (such as, wireless/lan router 2860); Wherein display 2815 shows the such instruction 1254 combined with other data (such as, in record 1261) of associated subscriber 2880; The user 101 of its Computer 2810 can in response to one or more instruction 1253,1254 like this via computer 2810 pairs of user 2880 telephone calling 1951 or similar human communication 1961; Wherein such call 1951 has cost benefit (such as, free to user 2880); And wherein user 2880 cannot or the such communication (such as, causing remarkable roaming charges) of unhappy participation.

In view of the teachings contained herein, many existing technology can be applicable to configure and to be effective in the availability of signal indication purposes as described herein or the special circuit of other states or other structure and without the need to undo experimentation.Such as, see U.S. Patent No. 8306005 (" Dynamiccommunicationandmethodofuse "); U.S. Patent No. 8289210 (" Locationmeasurementacquisitionadaptiveoptimization "); U.S. Patent No. 8271626 (" Methodsfordisplayingphysicalnetworktopologyandenvironmen talstatusbylocation, organization, orresponsibleparty "); U.S. Patent No. 8260896 (" Monitoringbusinessmachinesusingameshnetworkonfieldnodes "); U.S. Patent No. 8249616 (" Satellite (GPS) assistedclockapparatus, circuits, systemsandprocessesforcellularterminalsonasynchronousnet works "); U.S. Patent No. 8208489 (" Methodforreportingdownstreampacketresequencingstatusinca blemodem "); U.S. Patent No. 8195198 (" System, methodandapparatusforprotectingprivacywhenamobiledevicei slocatedinadefinedprivacyzone "); U.S. Patent No. 8108501 (" Searchingandroutemappingbasedonasocialnetwork, location, andtime "); U.S. Patent No. 8059788 (" Telephonesoftwaretestingsystemandmethod "); U.S. Patent No. 8059011 (" Outagenotificationsystem "); U.S. Patent No. 8037126 (" Systemsandmethodsofdynamicallycheckingfreshnessofcachedo bjectsbasedonlinkstatus "); U.S. Patent No. 8010230 (" Roboticorderinganddeliveryapparatuses, systemsandmethods "); U.S. Patent No. 8005911 (" Systemsforcommunicatingcurrentlocationinformationamongmo bileinternetusersandmethodstherefor "); U.S. Patent No. 7860648 (" Mapdisplaysystemandmethod "); With U.S. Patent No. 7392017 (" Assessingwirelessnetworkquality ").

With reference now to Figure 29, show the embodiment of the system 2900 wherein can implementing one or more technology.Mobile device 2910 (such as, enabling vehicle 1510 or the handheld device of communication) stroll by a series of position 2903,2904,2905,2906,2907,2908,2909 along path 2901, obvious wireless service border 2961,2971,2981 is had in each position.Even if in region 2955, provide the equipment of wireless service areas 2960,2970,2980 to be unknown or unavailable or transition (such as, moved or intermittency by focus), the speed of generation that what some were such pass through is constructed as follows the decisive factor of described useful availability.

With reference now to Figure 34, show the high-level logic flowchart 3400 of operating process.Operation 27 describes the first equipment within the nearest time interval that obtains and whether exceedes wireless service border and indicate through the boolean of rate threshold value, the described nearest time interval is less than one hour (such as, detection module 1671 produce comparative result 1411 be greater than equipment 2910 through rate threshold value 2084 obviously indicate 2271 through the direct or indirect boolean of the Mean Speed 2094 on the border, wireless service areas 2961,2971,2981 in region 2955 as maximum during specified time interval 1421).Such as, this operation can occur in the following cases: wherein aggregation module 1171 has received a series of some instructions 2071,2072,2073 through event 2074; One or more in wherein such instruction 2071 are not " qualified " (such as, because do not relate to event within the time interval 1421); Wherein the time interval 1421 is a few second or a few minutes; Wherein detection module 1671 (such as, it comprises comparator 1161) by the counting 2299 of other instructions 2072,2073,2074 such compared with threshold value 2084.In the embodiment of detection module 1671, wherein threshold value 2084 is 4, and such as, the counting 2299 (such as, in position 2904,2905,2906) passed for three times will cause negative instruction 2271 (such as, represent infrequently through).In another case (such as, wherein only leaving service area is " qualified ") by (representing that Registering modules 1974 detects for the counting 2299 for three and leave event in position 2905 from district 2970, with leave event in position 2908 from district 2980 and leave event in position 2909 from district 2970) be applied as two nominal threshold value 2084, detection module 1671 can produce and just indicate for 2271 (such as, represent and pass frequently).Other modification of detection module 1671 can use various agreement executable operations 27.Such as, by applying one or more biased or multiplier to counting 2299, or by comprising other metering controls as described herein, also can effectively be suitable for through rate-valve value 2084.Alternatively or extraly, detection module 1671 can implement to connect decision factor (such as, be configured to that instruction 2271 is had ready conditions enable Boolean 744); Be separated decision factor (such as, being configured to the Boolean 745 covering instruction 2271 conditionally); Or the execution of other this mode is as noted herein compared.

Operation 33 describes partly whether exceed wireless service border through boolean's instruction of rate threshold value and partly according to the boolean instruction of the first equipment in the range for wireless communication of the second equipment according to the first equipment within the nearest time interval, the availability (such as, notification module 1743 cause earphone or display 2875 to be supplied to user 1502,2880 equipment 2910 whether to can be used for participating in two-way human communication 1962 at present automatic and with good conditionsi judgement 1404) of two-way human communication is participated in conditionally with signal indication.Such as, this operation can occur in the following cases: wherein equipment 2910 is " first " equipment; Wherein equipment 160 is " second " equipment; Wherein wireless service areas 2960 comprises the range for wireless communication of equipment 160; If wherein equipment 2910 is continued to remain on interval time lasting longer than interval time 1421 in wireless service areas 2960, then judge that 1404 will be positive (such as, using signal indication availability); Wherein the time interval 1421 is a few second or a few minutes; And more resource-intensive modeling (such as, needing by the frequent monitor satellite 1093 of GPS module 1122) wherein will be needed in addition to determine whether the first equipment is feasible at present for such communication.In addition, in some variations, by another kind of mode determination availability (such as, sheerly enough low by the touchdown speed of equipment 2910) may improper generation false negative (such as, under the background of long period of also advancing together with equipment 160 in region 165, do not admit availability feasible at present).Such as, judge 1404 can (optionally) by sound (such as, chord), or by word (such as, " ready "), or the mark of other display (such as, light-emitting diode), or by other the such expression 1431 in user interface 1410 (such as, in one or more equipment 1756,1758 of network 1700 instantiation) broadcasting or display, with signal indication.In some embodiments, notification module 1743 can by setting up two-way human communication 1962 (such as, it comprises video chat session 1952 or similar dialogue 1953) just judge 1404 with signal indication, and, or by doing nothing with the judgement 1404 of signal indication negative.

With reference now to Figure 30, show the embodiment of the system 3000 wherein can implementing one or more technology.Each and communication tower 3085 in two networks 3080,3090 (such as, instantiation in one or more equipment 1750,1770 of network 1700) be operationally coupled, and be operationally coupled with NS software (NAC) unit 3030 (such as, implementing wireless router) comprising some control modules 3031,3032,3033,3034.Such control module 3031 is mutual and have ready conditions and provide first network access services (such as, to network 3080) with equipment 2750.Have ready conditions equally and provide (such as, by other corresponding control module 3034 one or more) to have one or more miscellaneous equipment (such as, computer 3060) access network services.

With reference now to Figure 35, show the high-level logic flowchart 3500 of operating process.Operation 26 describes and obtains via the first equipment the configuration data (such as, input module 1684 receives the effectively one or more data pattern 1071 of presumption via one or more link 295,995 is the secure access codes 2031 of " acceptable ") setting up the first security protocol.Such as, this operation can occur in the following cases: wherein auxiliary equipment 220 comprises data storage medium 2010 (such as, nonvolatile memory 271); Wherein such link comprises the signaling bearer pipeline (such as, antenna 205,1905 or optical cable) as " first " equipment, transmits access code 2031 to manager unit 1630 via " first " Equipments Setting unit 980; And wherein fetcher code 2031 comprises the current password 2035 provided by password generation module 986.Such as, auxiliary equipment 220 in some cases, away from manager unit 1630 can be configured to regularly perform such transmission (such as, every day).Alternatively or extraly, one or more examples of dispensing unit 980 can perform for limiting to one or more service 2281,2282 (such as before manager unit 1630 any reconfigures, Internet resources) the initial safe protocol realization data pattern 1071 (such as, during the manufacture of manager unit 1630) of access.

Operation 29 describes and obtains via the second equipment the wireless signal (such as, interface module 1721 receiving package is containing the wireless signal 1323 of access request data 1301) comprising access request data.Such as, this operation can occur in the following cases: wherein main equipment 210 comprises event ordering logical one 010,1310 (such as, in one or more equipment 1782,1784 of network 1700 instantiation); Wherein " second " equipment is the antenna 1905 (such as, in one or more equipment 1750,1768,1774 of network 1790 instantiation) being operationally coupled to equipment 2750 or NAC unit 3030; And wherein equipment 2750 transmits wireless signal 1323 as the response (such as, telephone calling 1951) to the input 1940 (such as, key-press event 1931,1932 or voice command 1068) from user 2701.Alternatively or extraly, equipment 2750 can transmit access request data 1301 (such as, open channel 2770 is set up in request), as equipment 2750 is entered district 2970 (such as, it comprises the wireless operating rage of equipment 2772) from dynamic response.

Operation 31 describe in response to the access request data in wireless signal whether meet the first security protocol signal indication whether provide via the first network access services of the 3rd equipment judgement (such as, with signal indication, Registering modules 1972 judges as application modules 1041,1401 to provide the service 1333 comprised via the access of control module 3031 pairs of networks 3080 to equipment 2750, determines that access request data 1301 mates the automatic and with good conditionsi response that security protocol realizes data pattern 1071).

In view of the teachings contained herein, many existing technology can be applicable to configure the special circuit or other structure that are effective in the limited access services providing purposes as described herein and without the need to undo experimentation.Such as, see U.S. Patent No. 8311035 (" Methodsandapparatusforcommunicatinginternetprotocolbased controlsignalingthroughacommunicationssystem "); U.S. Patent No. 8306518 (" Handsetservicemigrationautomationandsubscriberidentitymo duletracking "); U.S. Patent No. 8306005 (" Dynamiccommunicationandmethodofuse "); U.S. Patent No. 8300575 (" Prioritybearersinamobiletelecommunicationnetwork "); U.S. Patent No. 8290551 (" Systemsandmethodsforefficientlypositioningadirectionalan tennamoduletoreceiveandtransmitthemosteffectivebandwidth ofwirelesstransmissions "); U.S. Patent No. 8279838 (" Mobilitymechanismsforhomecellularnetwork "); U.S. Patent No. 8223752 (" Methodforaccessingserviceresourceitemsthatareforuseinate lecommunicationssystem "); U.S. Patent No. 8204966 (" Maptiledatapre-fetchingbasedonuseractivityanalysis "); U.S. Patent No. 8185122 (" Methodforcreatingacellulartelephoneinfrastructure "); U.S. Patent No. 8161542 (" Wirelessperimetersecuritydeviceandnetworkusingsame "); With U.S. Patent No. 7957418 (" Databurstcommunicationtechniquesforuseinincreasingdatath roughputtomobilecommunicationdevices ").

Operation 35 describes whether meet in response to access request data the judgement whether the second security protocol signal indication provides the second network access services via the 3rd equipment, described 3rd equipment implements fire compartment wall between described first network access services and described second network access services (such as, distribution module 1642 does not provide the service 1334 comprising accesses network 3090 to the condition criterion 1402 of the entity of transmission access request data 1301 with signal indication, determine that access request data 1301 does not meet the automatic and with good conditionsi response that security protocol realizes data pattern 1072 as application modules 1042).Such as, this operation can occur in the following cases: wherein equipment 2750 is " second " equipment; Wherein NAC unit 3030 is " the 3rd " equipment; Wherein control module 3031 for " second " equipment provides can accesses network 3080 (such as, as " first " network access service); If wherein " the 4th " equipment has transmitted the access request data 1302 of mating with data pattern 1072, then control module 3034 will be that " the 4th " equipment (such as simultaneously, computer 3060) providing can accesses network 3090 (such as, as " second " network insertion service); Wherein NAC unit implements event ordering logic 810,1810 (such as, in one or more equipment 1774,1784 of network 1790 instantiation) and medium 1350,1450; And wherein " first " network access service needs to be provided by " the 5th " equipment (such as, tower 3085) in addition.Such as, in some cases, control module 3032 can implement the fire compartment wall between " first " and " second " network access service (such as, difference accesses network 3080,3090).Alternatively or extraly, control module 3033 can be can Remote configuration (such as, FPGA870,1540,1820 or nonvolatile memory 243 in realize), allowing the adjustment of the position of fire compartment wall or otherwise to control the distribution of resource in NAC unit 3030.

With reference now to Figure 31, show the embodiment of the system 3100 wherein can implementing one or more technology.When comparatively early when, router three 101 provides WLAN or other wireless services to any equipment 3180 (vehicle 1510 that such as, can communicate or handheld device) in district 3121.Other router three 102,3103 in region 3155 provides continual wireless service in corresponding disjoint district 3122,3123 as shown in the figure, and these two routers continue to communicate with network 3190.Another equipment 3160 obtains the wireless service state version 3162,3163 (such as, representing the availability of service in district 3121) with corresponding time series data 3165 as described below.

In view of the teachings contained herein, many existing technology can be applicable to configure the special circuit or other structure that are effective in and implement fire compartment wall as described herein and without the need to undo experimentation.Such as, see U.S. Patent No. 8327431 (" Managingconfigurationsofafirewall "); U.S. Patent No. 8316435 (" RoutingdevicehavingintegratedMPLS-awarefirewallwithvirtu alsecuritysystemsupport "); U.S. Patent No. 8300532 (" Forwardingplaneconfigurationforseparationofservicesandfo rwardinginanintegratedservicesrouter "); U.S. Patent No. 8230516 (" Apparatus, system, andmethodfornetworkauthenticationandcontentdistribution "); U.S. Patent No. 8209400 (" Systemfordataroutinginnetworks "); U.S. Patent No. 8121648 (" Adaptivebeamformingconfigurationmethodsandapparatusforwi relessaccesspointsservingashandoffindicationmechanismsin wirelesslocalareanetworks "); U.S. Patent No. 8065357 (" Outputmanagementsystemandmethodforenablingaccesstoprivat enetworkresources "); U.S. Patent No. 8059650 (" Hardwarebasedparallelprocessingcoreswithmultiplethreadsa ndmultiplepipelinestages "); U.S. Patent No. 8024482 (" Dynamicfirewallconfiguration "); U.S. Patent No. 8018856 (" Directordevicewithvisualdisplayarrangementandmethodsther eof "); U.S. Patent No. 8004971 (" Methodandsystemforscalingnetworktrafficmanagersusingconn ectionkeys "); U.S. Patent No. 7924927 (" Distributedfunctionalityinawirelesscommunicationsnetwork "); With U.S. Patent No. 7804954 (" Infrastructureforenablinghighqualityreal-timeaudio ").

With reference now to Figure 36, show the high-level logic flowchart 3600 of operating process.Operation 25 describes instruction that acquisition first radio communication service provides in first service region by the first equipment in the moment comparatively early (such as, aggregation module 1981 reception notification 1425, mobile device 3180 is at coordinate 2021,2022 before three weeks, and wireless service 2283 is set up between equipment 3180 and network 3190 via router three 101 before three weeks).Such as, this operation can occur in the following cases: wherein Figure 31 totally depicts the moment of " comparatively early "; Wherein " first " coverage comprises the subset that district 3121 or district 3121 exclude district 3122; Wherein router three 101 is " first " equipment (such as, instantiations in one or more equipment 1768,1770 of network 1790); Wherein almost before three weeks, notify 1425 arrival aggregation module 1981; Wherein aggregation module 1981 keeps the status data 2320 about the availability of wireless service in the region 3155 described by map 2330; And wherein status data 2320 is included in the estimated position 2341 (such as, adopting GPS or other triangle schemes to determine by detection module 1672) of comparatively early moment 1311 (such as, before three weeks) router three 101.Such as, in some cases, time series data 3165 (such as, derive from the signal 1322 from the example crossing over the equipment 3180 that district 3121-3123 advances and remain in status data 2320) can show, before three weeks, serve 1331 is running in district 3121,3122, and service 1332 is running in district 3123.Alternately or extraly, status data 2320 can be included in (optionally) instruction 2278,2279 of " up-to-date " wireless service state in some district 2351-2355 of the position 2341 estimated recently near router three 101.

In view of the teachings contained herein, many existing technology can be applicable to configure the special circuit or other structure that are effective in the position characterizing purposes as described herein and without the need to undo experimentation.Such as, see U.S. Patent No. 8301159 (" Displayingnetworkobjectsinmobiledevicesbasedongeolocatio n "); U.S. Patent No. 8295853 (" Methodandsystemforrefiningaccuracyoflocationpositioning "); U.S. Patent No. 8269618 (" Methodandsystemforremotelymonitoringthelocationofavehicl e "); U.S. Patent No. 8165600 (" SystemandmethodforadvertisingtoaWi-Fidevice "); U.S. Patent No. 8155077 (" Activemodeinternetprotocolgatewayrelocationinapartialmes heddeployment "); U.S. Patent No. 8108145 (" Downloadingmapsegment (s) toacellphonebaseduponitsGPScoordinatesandmobility "); With U.S. Patent No. 7916071 (" Systemandmethodfordeterminingareferencelocationofamobile device ").

Operation 34 describes as being operate in first service region to the first radio communication service or being the automatic and with good conditionsi response of the not operating instruction from the second equipment in the time after a while, with signal indication whether indicate the first radio communication service in first service region be operating judgement (such as, in response to operating in district 3121 about one or more wireless service 1331 or not going operating nearest instruction 2275 from equipment 2870, judgement 1403 is conveyed to user 101 by respond module 185).Such as, this operation can occur in the following cases: wherein mobile device 2870 is " second " equipment, and " slower " time 1313 (such as, yesterday) from district 3121,3122 (such as, roughly correspond to map location 2347) in transmit some of them and be kept the signal 1323 of (such as, in status data 2320); If it is determined that wherein cause equipment 2760 show state version 3 162 (such as, showing that service 1331 is unavailable in the part in district 3121), then judge that 1403 is " bearing "; If it is determined that wherein cause equipment 2760 show state version 3 163 (such as, show that service 1331 can be used in whole district 3121), then judge that 1403 is " positive " (such as, showing as the example of the voltage level 313 higher than voltage threshold 2085); And wherein whether user 101 in person must travel through first coverage and still can use at that with discovery service 1331.Such as, in some cases, whether designated equipment 2760 will be shown image version 2362 (the negative instruction service 1331 such as, in position 2349) or image version 2363 (the affirmative instruction service 1331 such as, in position 2349) by such judgement 1403.Alternatively or extraly, can be used the signal of the various equipment 160,2760,2870,3180 in so next comfortable whole region 3155 by following devices: (1) respond module 181, it is configured to the instruction 1341 of the approximate extents determining each router three 101-3103; (2) respond module 182, when or where it be configured to the instruction 1342 of the time off line in week determined in router three 102; (3) respond module 183, whether its of being configured to determine in router three 101 shows as static boolean indicates 2273; (4) respond module 184, it is configured to determine whether one (such as, with one or more equipment 1784,1786 instantiation of network 1700) in router three 103 is that substantially isotropic boolean indicates 2272; (5) respond module 186, it is configured to show the indicative service boundaries of cost about the expection human communication 1963 via user interface 1410 via the map 2330 of user interface 1410; Or (6) described in this article miscellaneous equipment performs these functions.

With reference now to flow process 3700 and other above-mentioned flow processs of Figure 37, in some variations, operate in 3754,3755,3757,3758 one or more can with prepare in above-mentioned operation 24-35 any one or carry out in response to any one in above-mentioned operation 24-35 or any one mode combined in addition and in above-mentioned operation.

Operation 3754 describes the automatic and with good conditionsi response of the Warm status as the temperature sensor in handheld device, cause the data component of wireless signal by the special module process (such as respond module 1735 sends part or all of wireless signal 1324 to dedicated video data processing module 2642 by circuit, except not sum until receive the instruction 1343 that temperature sensor 608 exceedes threshold value) in handheld device.Such as, this operation can occur in the following cases: wherein handheld device 2760 implements control logic 610 and other event ordering logical ones 110,1350; Wherein comparator 1162 is configured to determine whether the temperature indication signal 2051 from it exceedes threshold value 2083, and the boolean results 1413 that transmission is compared is to respond module 1735; Wherein threshold value 2083 is calibrated, and makes effective temperature threshold value be 47 DEG C; And the extended use of wherein processing module 2642 holds equipment 2760 by making user 1501 be inconvenient in addition.Such as, in some cases, equipment 2760 can facilities and equipments 1750.Alternatively or extraly, the example of application module 1043 can be implemented and be configured to long-distance support operation 3754 (such as, by controlling to comprise the function of how many data 1303,1304 as the state 618 of the temperature sensor 608 resided in handheld device 2760 at wireless signal 1324) in the server 1396 long-range from handheld device 2760.Such as, by postponing or avoiding transmitting some in data 1304, such application module 1043 can effectively the long-range handheld device 2760 that causes cool (by stopping or slowing down the operation in the one or more processing modules 2641,2642 in handheld device 2760) and not waste transmission bandwidth.In addition, in another kind of modification, operation 3754 is by being embodied as circuit 671 or performing with the special respond module that circuit 671 is operationally coupled, circuit 671 has event ordering structure (such as, many transistors 351 in one or more integrated circuit 361, 352 and the example of voltage level 311-314), described event ordering structure is configured to cause the data component of wireless signal will to be processed by the special module in handheld device 2760 as the automatic and with good conditionsi response of the Warm status 618 to the temperature sensor 608 in handheld device 2760.

The operation 3755 automatic and with good conditionsi responses described as the charged state to battery in a portable device cause the data component of wireless signal by the special module process (such as respond module 1736 causes one or more sections of 2432-2434 of wireless signal 2430 to be processed by the dedicated processes module 2644 in portable detection unit 2610, the automatic and with good conditionsi response as the enough charged states 2617 to battery 2615) in portable set.Such as, this operation can occur in the following cases: wherein detecting unit 2610 comprises portable set 1750; Wherein at least some section 2434 is included in the coordinate 2021,2022 in virtual reality space (such as, game data); Wherein processing module 2644 comprises the assembly of other these type of special purposes realized in FFT module 1823 or FPGA1820; And wherein in response to the real-time rendering of coordinate 2021,2022 or other such process intensive function in production level portable set 1750 by infeasible.And, in another modification, operation 3755 can by being embodied as circuit 2682 or performing with the special respond module that circuit 2682 is operationally coupled, circuit 2682 has event ordering structure, described event ordering structure is configured to cause the data component of wireless signal will by portable auxiliary equipment 220 (such as, instantiation in one or more equipment 1750/1758 of network 1700) in special module 425 to process, as the automatic and with good conditionsi response to the charged state at battery 2615.Such as, this operation can occur in the following cases: what wherein special module 425 was above directly formed at integrated circuit 440 (such as, implementing ASIC540) comprises FFT module 592, order module 595, or detection module 599.

The operation 3757 automatic and with good conditionsi responses described as the control component to wireless signal cause the data component of wireless signal by the special module process in mobile device (such as, as the response with good conditionsi of controling parameters 2431 of wireless signal 2430 being " 10 ", interface module 1724 guides one or more data segment 2431-243 of the wireless signal 2430 from equipment 1774 to be processed by the special deciphering module 1131 in equipment 1750).Such as, this operation can occur in the following cases: be wherein " 00 " or " 01 " or " 11 " in response to controling parameters 2431, vectoring information section 2432,2433 is deciphered by interface module 1724 routinely (such as, being performed the decrypted code 2425 existed in internally cached 215 by general Central Processing Unit 212); And the algorithm wherein embodied in such decrypted code 2425 will than special deciphering module 1131 more easily by the impact of reverse-engineering (such as, decompiling).Such as, in some cases, such data segment 2432 can comprise (optionally) phone or other encryption audio data block 2131-2133.Alternatively or extraly, in some embodiments, startup module 174 in equipment 1774 causes interface module 1723 to carry out executable operations 3757 by circuit transmission unencrypted data block 2121-2123 to the value (such as, " 10 " or " 11 ") of special digital-analog converter 1125 by configuration controling parameters 2431 to have.Such as, this operation can occur in the following cases: be wherein " 00 " or " 01 " in response to controling parameters 2431, vectoring information section 2432,2433 is changed (such as, passing through DAC1126) by interface module 1723 routinely.Alternatively or extraly, in some embodiments, respond module 1737 can be configured to the example carrying out executable operations 3757 by enabling other respond module 1735,1736 one or more conditionally based on the controling parameters 2431 in received wireless signal 2430.In addition, in another modification, operation 3757 is by being embodied as circuit 2471 or performing with the sophisticated interface module that circuit 2471 is operationally coupled, circuit 2471 has event ordering structure, described event ordering structure is configured to as to the controling parameters 2431 of wireless signal 2430 (such as, fetcher code 2032) automatic and with good conditionsi response cause the data segment 2434 of wireless signal 2430 by dedicated processes module in mobile device 2760 (such as, FFT module 592 or order module 595 or other detection modules 599) process.

Operation 3758 describes and causes the first content of wireless signal by the first memory of particular device as the automatic and with good conditionsi response whether the second content of wireless signal being met to the first criterion or by the second memory of the particular device of selection (such as, interface module 1722 sends data block (if they comprise data 2120) in wireless signal 1321 by queue 570 by circuit, or generally by queue 580).Such as, this operation can occur in the following cases: wherein wireless signal 1321 also comprises the boolean whether data block comprise audible data 2120 and indicates 2102, wherein queue 570 resides in high-speed cache 255 or other volatile memory 262, and wherein queue 580 resides in phase transition storage 231 or other nonvolatile memories 242; And wherein main device 210 is (such as, instantiation in one or more equipment 1752,1754 of network 1700) need to provide lasting bias current to volatile memory 262 in addition or need to cause hydraulic performance decline (such as, producing by excessively interacting with nonvolatile memory 242).Alternatively or extraly, the data block that interface module 1722 can be configured to indicate for 2103 (such as, representing that they comprise the data 2130 of encryption) sent in wireless signal 1321 by circuit in response to the boolean of " just " conditionally passes through queue 570.In addition, in another kind of modification, operation 3758 is by being embodied as circuit 2481 or performing with the sophisticated interface module that circuit 2481 is operationally coupled, circuit 2481 has event ordering structure, if implement satisfied first criterion of structural constituent 882 that event ordering structure is configured to wireless signal 2430, so cause the data component 881 of wireless signal 2430 by integrated circuit (such as, main equipment 210) the nonvolatile memory 243 of not easily accessing, otherwise cause data component 881 by implementing the memory 242 of the comparatively easily access of integrated circuit.

With reference now to flow process 3800 and other flow process above-mentioned of Figure 38, in some variations, show some patterns.First provides operation 3851 and operation 3852.Second provides operation 3855 and operation 3856.3rd provides operation 3858 and operation 3859.In these patterns one or more can with prepare in above-mentioned operation any one or carry out in response to any one in above-mentioned operation or with the mode that any one in above-mentioned operation combines.

Operation 3851 describes and causes the first core to draw (such as configuration module 2697 causes core 701 to draw from data queue 570) from the first data queue of mobile device.Such as, this operation can occur in the following cases: wherein data queue 570 resides in mobile device 160, and wherein project 570 comprises data block.As the automatic and with good conditionsi response of the data volume 1416 of queue 570 being crossed over to capacity threshold 2086, respond module 1734 transmits the signal 2052 comprising the judgement 1405 whether causing core 702 to draw from data queue 570.Such as, this operation can occur in the following cases: wherein data queue 570 (such as, cyclic buffer) resides in volatile memory 262; Wherein capacity threshold 2086 represents more than 50% of the capacity of volatile memory 262; And the major part that the process throughput of wherein remaining valid will need continuous power consumption by event ordering logic 710 in addition.In addition, in another modification, operation 3851, 3852 can by being embodied as circuit 751 or performing with the special respond module that circuit 751 is operationally coupled, circuit 751 has event ordering structure (such as, many transistors 351 in one or more integrated circuit 361, 352 and the example of voltage level 311-314), described event ordering structural allocation is the automatic and with good conditionsi response as striding across the instruction of capacity threshold 2086 to the data volume 706 of data queue 570, with signal indication how much core from mobile device 160, the judgement 2221 that the individual data queue 570 of 2760 is drawn simultaneously.

Operation 3852 describes judgement that whether automatic the and with good conditionsi response signal indication as the instruction of the data volume of the first data queue being crossed over to volume threshold cause the second core to draw from the first data queue of mobile device (such as respond module 1734 transmission comprises the judgement 1405 that whether causes core 702 to draw from data queue 570 as the signal 2052 of the automatic and with good conditionsi response data volume 1416 of data queue 570 being crossed over to the instruction of capacity threshold 2086).Such as, this operation can occur in the following cases: wherein data queue 570 (such as, cyclic buffer) resides in volatile memory 262; Wherein capacity threshold 2086 represents more than 50% of the capacity of volatile memory 262; And the major part that the process throughput of wherein remaining valid will need continuous power consumption by event ordering logic 710 in addition.In addition, in another modification, operation 3851, 3852 can by being embodied as circuit 751 or performing with the special respond module that circuit 751 is operationally coupled, circuit 751 has event ordering structure (such as, many transistors 351 in one or more integrated circuit 361, 352 and the example of voltage level 311-314), described event ordering structural allocation is simultaneously from mobile device 160 with signal indication how much core, the judgement 2221 that the individual data queue 570 of 2760 is drawn, as the automatic and with good conditionsi response data volume 706 of data queue 570 being striden across to the instruction of capacity threshold 2086.

Operation 3855 describes the configuration component causing the mobile device comprising field programmable gate array (FPGA) to receive the first wireless signal, described configuration component causes FPGA to implement order module (such as, configuration module 2698 transmits the wireless signal 2053 comprising configuration data 2015, dispensing unit 280 in auxiliary equipment 220 utilizes configuration data 2015 to implement the order module 594 in FPGA (such as, realizing in integrated circuit 365).Such as, this operation can occur in the following cases: wherein configuration data 201 comprises very-high-speed hardware descriptive language (VHDL) and expresses 2297; Wherein main equipment 210 performs detecting unit 2610; Wherein mobile device 2760 comprises the circuit board 360 containing auxiliary equipment 220; Wherein integrated circuit 363 comprises medium 2010; And wherein integrated circuit 364 comprises ASIC540; And wherein link 295 leaps free space medium (such as, air).Such as, in some cases, this transmission can trigger and be configured to perform the local example (the specialized configuration module 2698 such as, in dispensing unit 280) that VHDL expresses the event ordering structure of 2297.

Operation 3856 describes the data component of order module process second wireless signal in the FPGA causing FPGA to perform to cause after order module at mobile device in the configuration component of the first wireless signal (such as, cause after order module 594 is implemented in FPGA in the configuration component of wireless signal 2053, input module 1681 causes order module 594 to process some or all of wireless signal 2054).Such as, this operation can occur in the following cases: general processing capabilities that wherein mobile device comprises manager unit 1630 and the performance that wherein effectively sorts will need (1) permanent special sort circuit or (2) significantly larger in addition.In addition, mobile device 160 or equipment 2760 comprise in another modification of FPGA870 wherein, operation 3856 performs by the special input module being embodied as circuit 861, circuit 861 has event ordering structure, implement event ordering structure be configured to the configuration component 881 of another wireless signal 2053 cause order module 875 be implemented after cause the order module 875 in FPGA870 to process the data component 882 of wireless signal 2054.

Operation 3858 describes the configuration component causing the mobile device comprising field programmable gate array (FPGA) to receive the first wireless signal, described configuration component causes described FPGA to implement fast fourier transform (FFT) module (such as, configuration module 2694 receives the wireless signal 2055 comprising configuration data 2015, and dispensing unit 280 utilizes configuration data 2015 to implement Fast Fourier Transform Block 591 in the field programmable gate array comprising integrated circuit 366).Such as, this operation can occur in the following cases: wherein configuration data 201 comprises hardware description language expression 2296; Wherein main equipment 210 comprises detecting unit 2610; Wherein mobile device 2760 comprises auxiliary equipment 220; Wherein integrated circuit 363 comprises medium 2010; Wherein integrated circuit 364 comprises ASIC540; And wherein FFT module 591 occupies most of capacity of gate array.Such as, in some cases, this transmission can trigger and be configured to perform the local example (the specialized configuration module 2694 such as, in dispensing unit 280) that hardware description language expresses the event ordering structure of 2296.

Operation 3859 describe the configuration component of the first wireless signal cause FPGA implement FFT module after cause in mobile device FPGA in FFT resume module second wireless signal data component (such as, cause after FFT module 591 is implemented in FPGA in the configuration component of wireless signal 2055, input module 1682 causes FFT module 591 to process some or all of wireless signal 2056).Such as, this operation meeting occurs in the following cases: wherein mobile device comprises manager unit 1630, and wherein efficient transformation function performance will need (1) remarkable larger general processing capabilities or (2) FPGA to be significantly greater than the intrinsic implementation of FFT module 591 in addition.In addition, in another modification, operation 3858,3859 can by being embodied as circuit 1881 or performing with the special input module that circuit 1881 is operationally coupled, circuit 1881 have be configured to the configuration component 1841 of another wireless signal 2055 cause FFT module 1823 be implemented after cause the FFT module 1823 in FPGA1820 to process the event ordering structure of the data component 1842 of wireless signal 2056.

With reference now to flow process 3900 and other flow process above-mentioned of Figure 39, in some variations, show some patterns.First provides operation 3952 and operation 3955.Second provides operation 3956 and operation 3957.3rd provides operation 3958 and operation 3959.In these patterns one or more can with prepare in above-mentioned operation any one or carry out in response to any one in above-mentioned operation or with the mode that any one in above-mentioned operation combines.

Operation 3952 describes and causes the configurable core under the operator scheme of the first core to draw (such as, respond module 1731 trigger double mode core 711 draw from data queue 580) from the first data queue of particular device.Such as, this situation can occur in the following cases: wherein event ordering logic 710,910 (such as, instantiation in one or more equipment 1750,1760 of ASIC540 or network 1700) enforcement first core mode of operation is as the Boolean 743 (such as, because rated voltage level is less than at electrical nodes 924 a volt) of " just "; And wherein double mode core 711 works under low-voltage core operator scheme 721 (such as, showing Boolean 743).Alternatively or extraly, such triggering can be called has event ordering structure (such as, transistor in one or more integrated circuit and the device of voltage level) special circuit 681, described event ordering structure is configured to cause multi-mode core 635 or other configurable core 733 to draw from data queue 580.

Whether the operation 3955 automatic and with good conditionsi response signal indication described as the instruction of the data volume of the first data queue being crossed over to capacity threshold causes configurable core with the second core operator scheme from the judgement of the first data queue drafting of particular device (such as, as the automatic and with good conditionsi response of instruction 1345 of the capacity 706 of data queue 580 being crossed over to capacity threshold 2087, configuration module 2691 shows the judgement whether causing double mode core 711 or other configurable core 733 to draw from data queue 580 with another core operator scheme).Such as, this situation can occur in the following cases, wherein " other " core operator scheme 722 be high voltage pattern (such as, implement " bearing " Boolean 743, because nominal voltage level 314 is greater than one volt at electrical nodes 924), and the process throughput of wherein remaining valid will need the one or more extra core 731,732 drawn from data queue 580 in addition.And, in some variations, operation 3955 is by being embodied as circuit 761 or performing with the specialized configuration module that circuit 761 is operationally coupled, circuit 761 has event ordering structure, whether described event ordering structure is configured to, partly according to Boolean 743 with partly according to the charge sensors state 2617 of detecting unit 2610 being operationally coupled to event ordering logic 710, cause active module 709 to be that one or more core 733 is selected and activates the judgement 2222 of different core operator schemes with signal indication.

Operation 3956 describes and causes the configurable core under the first core operator scheme to draw (such as, respond module 1732 indicates double mode core 712 to draw from data queue 580) from the first data queue of particular device.Such as, this operation can occur in the following cases: wherein event ordering logic 910 implements the Boolean 742 (such as, as voltage level) at electrical nodes 922; Wherein ASIC540 comprises event ordering logic 710,910 (such as, in one or more equipment 1750,1762 of network 1700 instantiation); And wherein one or more double mode cores 712 are in operator scheme 722 times operations (such as, showing Boolean 742) of high voltage core.Alternatively or extraly, such operation can comprise special circuit 682, special circuit 682 has the event ordering structure being configured to cause multi-mode core 635 or other configurable core 733 to draw from data queue 580.

Operation 3957 describes the automatic and with good conditionsi response as the Warm status to the temperature sensor in particular device, with signal indication whether cause configurable core with the second core operator scheme from particular device first data queue draw judgement (such as, as the response with good conditionsi indicating Warm status 618 hotter than design threshold 2088 to temperature sensor 608, whether configuration module 2692 signal indication causes double mode core 712 in processing item 582, use the judgement 2224 of lower voltage operation mode 721).Such as, this situation can occur in the following cases: wherein threshold value 2088 is higher than 43 DEG C; Wherein temperature sensor 608 is calibrated to implement the threshold value 2088 (such as, lacking any clearly access to threshold value 2081 to 2089) by design; Wherein equipment 1750 comprises detecting unit 2610 and medium 2210; Wherein ASIC540 comprises control logic 610; Even and if wherein so effective process throughput also feels uncomfortable by making equipment 1750 hold very short time in addition for user 1501.Alternatively or extraly, in some variations, threshold value 2088 can lower than 47 DEG C.In addition, in some variations, operation 3957 is by being embodied as circuit 672 or performing with the specialized configuration module that circuit 672 is operationally coupled, circuit 672 has event ordering structure, and whether described event ordering structure is configured to cause multi-mode core 635 or other configurable core 733 to change the judgement 2224 of core operator scheme as the automatic and with good conditionsi response signal indication of the Warm status 618 to temperature sensor 608.

Operation 3958 describes and causes the configurable core under the first core operator scheme to draw (such as, respond module 1733 trigger multimode core 635 is drawn from data queue 580) from the first data queue of particular device.Such as, this situation can occur in the following cases, wherein ASIC540 comprises control logic 610 (such as, instantiation in one or more equipment 1760,1770 of network 1700), and wherein control logic 610 implements pattern appointment judgement 2223 (the expression fault tolerant operation pattern 630 of " A ", it is faster than operator scheme 631, and runs colder than operator scheme 632).Alternatively or extraly, in some variations, such triggering can call the special circuit 683 having and be configured to the event ordering structure causing one or more double mode cores 711,712 or other core 731-733 to draw from data queue 580.

Operation 3959 describes the automatic and with good conditionsi response as the charged state to the battery in particular device, the judgement whether causing configurable core to draw from the first data queue of particular device with the second core operator scheme with signal indication (such as, process from data queue 580 project 583 before or simultaneously, the pattern that configuration module 2693 acts on " B " specifies judgement 2223, partly according to the charge sensors 2607 of the enough charged state 2617 of instruction and partly according to another Boolean 741).Such as, this situation can occur in the following cases: wherein ASIC540 is operationally coupled with detection logic 2610; Wherein the pattern of " B " specifies judgement 2223 to represent high latency operator scheme 631 (such as, it runs colder than operator scheme 632 and causes the error rate lower than the error rate of operator scheme 630); And wherein optimize the high flux process application of whole a series of equipment (such as, there is similar structure but different power attributes) otherwise will be unpractical.Such as, active module 708 can be configured to (optionally) to enter its high latency operator scheme 631 by shifting multi-mode formula core 635 immediately and implements such judgement 2223 in some cases.Alternatively or extraly, the capacity 706 of one or more Warm status 618 (such as, as judgement 2224) or data queue 580 that Boolean 741 can show temperature sensor 608 crosses over the instruction of capacity threshold 2087.In addition, in some variations, operation 3959 is by being embodied as circuit 2681 or performing with the specialized configuration module that circuit 2681 is operationally coupled, circuit 2681 has event ordering structure, described event ordering structure is configured to the automatic and with good conditionsi response as indicating enough charged states 2617 to charge sensors 2607, the judgement 2225 whether causing double mode core 712 to draw from data queue 580 with the operator scheme 722 of high voltage core with signal indication.

With reference now to flow process 4000 and other above-mentioned flow processs of Figure 40, in some variations, operate in 4051,4053,4055,4057,4059 one or more can with prepare in above-mentioned operation any one or carry out in response to any one in above-mentioned operation or with the mode that any one in above-mentioned operation combines.

Operation 4051 describes and detects a series of service area and leave event (such as, Registering modules 1974 checkout equipment 2910 leave from district 2980 in position 2908 and leave from district 2970 in position 2909 generation).Such as, this situation can occur in the following cases: wherein equipment 1910 comprises equipment 2910 or receives data from equipment 2910, and wherein Registering modules 1974 can not detect that inappropriate service availability background (such as, being driven through gathering together of discontinuous service breach) can not commercially cost-effectively be implemented in addition in addition.Such as, in some cases, equipment 2910 can report that this type of leaves event (such as, by telephone exchange 1996 or when device 2910 enters in the WLAN communication range 2866 of WLAN router two 860) over time.In addition, in another kind of modification, operation 4051 is by being embodied as circuit 2501 or performing with the specialty polymeric module that circuit 2501 is operationally coupled, circuit 2501 has event ordering structure, and described event ordering structural allocation becomes to detect the status data 2320 comprising the instruction 2276,2277 of two or more such events of leaving.See Figure 34.

Operation 4053 describe progressively be reduced by radio communication channel data flow (such as, as the response with good conditionsi to one or more Boolean 741-745 as herein described, configuration module 2675 causes the slightly small fragment 2011 of user data 2150 to transmit via wireless link 2767).Such as, this situation can occur in the following cases: equipment 2760 comprises event ordering logical one 210 (such as, in one or more equipment 1780,1782 of network 1700 instantiation); Wherein user data 2150 comprises the sequence 2125 of data block 2121,2122,2123, and most of or all data blocks are all from user 1501 via microphone 1217,2817 acquisitions; Wherein at least remainder of user data 2150 comprises the signal 2758 by one other channel 2780; Wherein channel 2770 due to have at least one wireless link 2767 because of but " wireless "; Wherein configuration module 2675 causes fragment 2011 to decline at most in operation 4053 process about half; And wherein such gradually reduce to alleviate be in the congested of the vicinity of link 2767.Such as, in some cases, operate 4053 to produce (such as, being showed by one or more Boolean 742,743 as herein described) from one or more instruction of signal 2758 process faster.In addition, in another kind of modification, operation 4053 can by being embodied as the specialized configuration module 2675 of the circuit 2503 with event ordering structure (such as, in manager unit 1630) perform, described event ordering structure is configured to progressively reduce data rate 2095 (such as, with increasing amount adjustment to the speech sample rate 2096 be applied to from the signal 2059 of microphone 1217 during call 1951) by linking 151.Such as, this situation can occur in the following cases: the deterioration of the service caused due to too much network resource loads (such as, call drop) the voluntary of participant in human communication (such as, Video chat) can not be excited in addition progressively to cut personnel.

Operation 4055 describe with signal indication whether transmit via any user data of first communication channel judgement (such as, as the response with good conditionsi to one or more Boolean 741-745 as herein described, configuration module 2676 transmits the boolean whether transmitted via any user data 2150 of link 161 and judges 2226).Such as, this operation can occur in the following cases: configuration module 2676 produces judgement 2226 by combination Boolean 741,742 (such as, utilizing AND door or operation).In addition, in some cases, such judgement 2226 can be described as positive other Boolean 743,744 one or more and be covered at this.In addition, in another kind of modification, operation is 4055 by being embodied as circuit 2505 or performing with the specialized configuration module that circuit 2505 is operationally coupled, and circuit 2505 has the event ordering structure being configured to judge 2226 with the signal indication boolean whether transmitted via any user data 2150 of queue 580.

Operation 4057 describes the judgement (such as, whether dedicated processes module 2643 signal indication adjusts the judgement 2227 of the delay threshold value 2089 of user data 2150) whether adjusting the delay threshold value of user data with signal indication.Such as, this operation can occur in the following cases: wherein user data 2150 is included in sequential video or the speech data section 2431-2433 of equipment 1768 coding; Its stage casing 2431,2433 is by wireless link 1771 reaching on the time equipment 1750, but section 2432 is significantly delayed; Wherein respond module 1738 judge when processing section 2432 as loss and when in the section of broadcasting 2433 application effectively postpone threshold value 2089 (such as, and the time of advent of one or more other parts) (such as, via decoder module 1151 with via loud speaker 442 or display 445); Wherein equipment 2760 event ordering logical one 110; And wherein such section 2433 broadcasting otherwise can not too late (such as, because former need delay threshold value 2089 greatly to be maintained is unnecessary now).Such as, judge that 2227 can cause effectively postponing to be reduced to 0.1 second from 0.3 second in some cases, the instruction 2078 reduced in response to the remarkable error rate or other the such performances in response to the instruction 207 of the increase of significant signal intensity or the channel performance in response to the improvement received by one or more detection module 1673,1674 described herein.(except as otherwise noted, if the change of this amount as described herein exceedes 20% of fiducial value, then they are " significantly ").In addition, in another kind of modification, operation 4057 is by being embodied as circuit 2507 or performing with the dedicated processes module that circuit 2507 is operationally coupled, circuit 2507 has event ordering structure, described event ordering structure is configured in response to sound identification module 1123 (such as, realize in equipment 1768 or equipment 2760) the activation of user, word is identified in data segment 2431-2433 there, the judgement with good conditionsi 2227 effectively postponing threshold value 2089 (such as, to more than 1 second) whether is increased with signal indication.In some cases, be played (such as, by loud speaker 442 or display 445) before the word of such identification then process by translation module (such as, the example of interlingual translation application module 1044 or Text To Speech translation module 1124).

Operation 4059 describes comparing data Bulk transport failure rate and threshold value (such as detection module 1673 comparing data Bulk transport failure rate 2091 and threshold value 2081).Such as, this operation can occur in the following cases: wherein equipment 2771 comprise with network 1990 (such as, it comprises equipment 2750) one or more antennas 205,1905 of being operably connected are (such as, by channel 2770), and wherein detection module 1673 needs in addition to depend on more rough channel metrics (such as, signal strength signal intensity or resource load) and judges how to send user data 2150 by route.Alternatively or extraly, operation 4059 is by being embodied as circuit 2509 or performing with the dedicated test module that circuit 2509 is operationally coupled, circuit 2509 has the event ordering structure being configured to transmission of data blocks failure rate and threshold value to compare, described in flow process 3200.

With reference now to flow process 4100 and other above-mentioned flow processs of Figure 41, in some variations, operate in 4152,4154,4156,4158 one or more can with prepare in above-mentioned operation any one or carry out in response to any one in above-mentioned operation or with the mode that any one in above-mentioned operation combines.

Operation 4152 describes implements specific position model to represent that (such as aggregation module 1172 generates or upgrades geographic model 2301 for isotropic radiator and anisotropic radiation device, geographic model 2301 comprises the record 2327 of the instruction apparent position 2341 relevant with the scope of router three 101 and radius 2345, and indicates the record 2328 of the more complicated shape description information 2313 relevant with a series of router three 103).Such as, this operation can occur in the following cases: wherein record 2327 mark border circular areas (such as, be close in the district 3121 served by router three 101 and have radius 2345); Wherein note down 2328 mark rectangular region (such as, the approximate territory 3123 served by router three 103); And wherein model 2301 can not the geographical distribution accurately of wireless service situation on existing basis otherwise effectively in retaining zone 3155.When one or more router three 101-3103 report fails to provide service (such as, based on from fail obtain in position 2348 via the report of the equipment 3180 of the service of router three 101), the renewable model 2301 of concentrating module 1172 (such as, version 2 363 from the service indicated district 2351) to version 2 362, it also shows the loss of other positions 2349.Alternatively or extraly, in some cases, operation 4152 is by being embodied as circuit 2502 or performing with the aggregation module that circuit 2502 is operationally coupled, circuit 2502 has event ordering structure (such as, many transistors 351 in one or more integrated circuit 361, 352 and the example of voltage level 311-314), described event ordering structure is configured to enforcement and comprises description region 165 (such as, served by equipment 160, be modeled as isotropic radiator) and by equipment 150 (such as, being expressed as anisotropic radiation device) another region 155 of serving is (such as, be approximately semicircular map area 2255) image 2251 (such as, show via display 445) model 2201.

Operation 4154 describe via another equipment (such as, transmit one or more instruction described herein 1253,1254,1341-1345,2071, the delivery module 1183 of the 2079 long-range equipment 2760 to being held by user 101) by signal indication result to user.Such as, this operation can occur in the following cases: wherein the example (such as, implementing in equipment 1776) of event ordering logical one 110 comprises the transport module 1183 away from equipment 2760.Such as, in some cases, this result can comprise (1) by audio frequency capture module 1121 or the one or more examples being generated editing 2090 by video capture module 1121; (2) from one or more examples of the coordinate 2021,2022 of GPS module 1122; (3) from one or more examples of the text representation 1432 of the word of sound identification module 1123; (4) from one or more examples of the decrypted data block of deciphering module 1132; (5) from one or more examples of the data block 2122 through decoding of decoder module 1152; (6) one or more examples of map 2330, record 2327-2329 or the another kind of form of expression from the model 2201,2301 of aggregation module 1174; Or (7) are from other such results of specific event sequence logic described herein (such as, in Fig. 7-13 describe) or flow process (such as, describing in Figure 32-41).In addition, in some cases, operation 4154 is by being embodied as circuit 2471 or performing with the dedicated transmissions module that circuit 2471 is operationally coupled, circuit 2471 is away from user 101 and have event ordering structure, described event ordering structure be configured to send wireless signal in case cause the form of expression of such result via the event ordering logic 2410 of user 101 this locality example (such as, with via loud speaker 442 or display 445) as voltage level (such as, at electrical nodes 921-928).Such as, this operation can occur in the following cases: wherein integrated circuit 440 comprises event ordering logic 2410.

Operation 4156 describes and transmits user data (such as, interface module 1725 or notification module 1745 press circuit transmission at least some user data 2150 via one or more wireless links of self-organizing network 1790) via self-organizing network.Such as, this operation can in the following cases occur: wherein transport module 1184 comprise by CPU212 perform software (such as, reside in phase transition storage 231 or removable memory 232), and wherein one or more equipment 210,1750,2760 transmit or receive user data 2150 (such as, it comprises one or more human communication 1961-1963) so as described herein via wireless link 1771.Alternatively or extraly, operation 4156 is by being embodied as circuit 2506 or performing with the dedicated transmissions module that circuit 2506 is operationally coupled, circuit 2506 has event ordering structure, and described event ordering structure is configured to via network 1790 transmission state data 2320 or other signals 2051 (what such as have with user is device-dependent).

Operation 4158 describes to be described and the map of the relevant indicative service boundaries of cost of intercommunication of expection (such as, notification module 1741 cause describe the map 2330 that the geographical cost relevant with the human communication 1961 that the user 2701 of remote equipment 2750 carries out change shown before communication starts) via mobile device display at least some.Such as, this operation can occur in the following cases: wherein user 101 watches the display 445 of the section of the map 2330 describing one or more version 2 361,2362,2363 (such as, successively); Wherein map 2330 represents that the indicative service boundaries of one or more such costs is as the low cost coverage (such as, with the district 2353 of green display) bordering on higher cost coverage or free service region (district 2356 with white displays); If wherein human communication 1961 occurs, then such expense will be born by user 101; And wherein otherwise (such as there is no notification module 1741) when there is no enough warnings these expenses occur.Such as, in some cases, one or more such version 2 361 depicts the expense relating to the expense of the user 2701 by remote equipment 2750 being born and changes (such as, adjoin with the indicative service boundaries of another cost with the district 2351 of orange display).Alternatively or extraly, like this with the district 2351 of orange description can become available (such as, renewal version 2363 at section 2337), as user 2701 being sent to the response of calling to equipment 2760 equipment 2760 ring (such as, when).Alternatively or extraly, like this can become available (to user 101 with the district 2351 of orange description, such as, by saying " local roaming map " or by pressing the button activation), identification equipment 2750 is inputted (such as to user 101, telephone number 2285) the response of user data 2150 (such as, by the keyboard of equipment 2760).In addition, in another kind of modification, operation 4158 is by being embodied as circuit 2508 or performing with the dedicated notification module that circuit 2508 is operationally coupled, circuit 2508 has event ordering structure, described event ordering structural allocation is for maintaining area map 2330 (such as, on server 1396), have via the feature of equipment 2910 with the indicative service boundaries 2961,2971 of the relevant one or more costs that intercom mutually of expection.In some variations, indicate (such as, denotation coordination 2021,2022 or operability state) in response to position or other states with one or more convenient for servicing device-dependent, the area map 2330 of one or more version can be updated.Such as, in some cases, such equipment (instantiations in one or more equipment 1772,1782 of such as, network 1700) can comprise tower 3085 or vehicle 1510 or mobile unit 1530.

Again referring to the flow process modification of above-mentioned Figure 32-41, particularly flow process 3200, operation 28 is by being embodied as circuit 1031 or performing with the one or more special initialization module that circuit 1031 is operationally coupled, circuit 1031 has event ordering structure, described event ordering structure is configured to set up the first radio communication channel via link 1771 and from equipment 1750 (such as, it comprises middle device 1770,1772), and set up the second radio communication channel via equipment 1776 and from equipment 1750.Such as, this situation can occur in the following cases: wherein such channel all extends to remote equipment 1782.Same in such modification, operation 32 can be performed by the special distribution module being embodied as circuit 1141, circuit 1141 has event ordering structure (such as, many transistors and the configuration at the electrical nodes 921 of judgement-instructed voltage level), described event ordering structure is configured to become frequent in response to the data block transfer failure of the second radio communication channel, implements the target percentage 2293 of the adjustment of the user data 2150 transmitted via link 1771.

Again referring to the flow process modification of above-mentioned Figure 32-41, particularly flow process 3300, operation 24 is by being embodied as circuit 1481 or performing with the dedicated registration module that circuit 1481 is operationally coupled, circuit 1481 has event ordering structure, and described event ordering structure is configured to other identifier obtaining Internet Protocol address or equipment 2760 at main equipment 2760.Same in such modification, operation 30 can be performed by the dedicated notification module being embodied as circuit 1221, circuit 1221 has event ordering structure (such as, many transistors and the configuration at the electrical nodes 925 of judgement-instructed voltage level), described event ordering structure is configured to cause main equipment 2760 indicating equipment 2760 whether in district 2960.Such as, this type of situation can be there is in situations: wherein " the 3rd " equipment comprises the vehicle or mobile unit 1530 that provide wireless service 1335; Wherein, WLAN communication range comprises region 165 or district 2960; Wherein main equipment 2760 does not participate in the two-way human communication via equipment 2760 at present; And wherein main equipment 2760 comprises light-emitting diode or is configured to show other suitable display 445 of boolean's instruction.Alternatively or extraly, in some variations, 3rd equipment can comprise to be provided the moving vehicle 1510 of any wireless network services (in one or more equipment 1750,1776 of such as, network 1700 instantiation) or parks cars (such as, it comprises equipment 160).

Again referring to the flow process modification of above-mentioned Figure 32-41, particularly flow process 3400, operation 27 is by being embodied as circuit 1483 or performing with the dedicated test module that circuit 1483 is operationally coupled, circuit 1483 has event ordering structure, described event ordering structure is configured to detect availability to participate in the telephone conversation 1953 of one or more pattern, as to equipment 2910 within the time interval 1421 (such as, one or more equipment 1750 of network 1700, instantiation in 1780) the indirect boolean that whether crosses border too fast indicates 2274 (such as, whether average between event or other interval 1423 exceed the judgement of threshold value, what the described boolean of being indicated 2274 inverse judges) response with good conditionsi.Same in such modification, operation 33 performs by the dedicated notification module being embodied as circuit 1482, circuit 1482 has event ordering structure (such as, be coupled to many transistors of detection module and the configuration at the electrical nodes 926 of judgement-instructed voltage level to operably), described event ordering structure is configured to the availability in response to participating in telephone conversation 1953 via the successful communication signal indication of router three 101.Such as, wherein equipment 2910 be in position 2349 and wherein router three 101 online (such as, being provided in the wireless service 1331 in district 2351) when can this thing happens.

Again referring to the flow process modification of above-mentioned Figure 32-41, particularly flow process 3500, operation 26 is by being embodied as circuit 931 or performing with the dedicated notification module that circuit 931 is operationally coupled, circuit 931 has event ordering structure, described event ordering structure is configured to via antenna 1905 (such as, and via the wireless link 995 from dispensing unit 980) obtain and set up security protocol (such as, show as FPGA870, 1540, event ordering structure in 1820, or show as by the executable protocol realization code 1088 of CPU212) configuration data (such as, VHDL expression 2297 or password 2036).Such as, this situation can occur in situations: wherein event ordering logic 910 and medium 2010,2210 are present in equipment 1750, and wherein script be used to produce VHDL express 2297 or wherein password generation module 986 (such as, being present in the equipment 1750,1758 of network 1700) for generation of password 2036.Same in such modification, operation 29 performs by the sophisticated interface module being embodied as circuit 1201, and circuit 1201 has event ordering structure, and described event ordering structural allocation becomes to receive the wireless signal comprising password 2036.Such as, this situation can occur in situations: equipment 1750 comprises event ordering logical one 210 and receives wireless signal (such as, as " second " equipment) from equipment 2760.In addition, in such modification, operation 31 performs by the dedicated registration module being embodied as circuit 1021, circuit 1021 has event ordering structure, described event ordering structural allocation is in response to the access request data in wireless signal (such as, password 2036) whether meet the judgement 2228 whether security protocol (such as, watermark or verification) signal indication provides network insertion service 2284.In addition, in such modification, operation 35 is performed by the special distribution module being embodied as circuit 1022, circuit 1022 has event ordering structure (such as, many transistors and the configuration at the electrical nodes 927 of judgement-instructed voltage level), described event ordering structure is configured to whether meet in response to the access request data 2870 from another mobile device whether another security protocol (such as, controlling the access to other services 2282,2283 one or more) provides another network access service 2282,2283 judgement with signal indication.Such as, this situation can occur in situations: wherein distribution module 1622 is also embodied as the circuit 1371 with the event ordering structure being configured to the fire compartment wall implementing the two or more network access service 2282-2284 separately provided by single equipment 1750.

Again referring to the flow process modification of above-mentioned Figure 32-41, particularly flow process 3600, operation 25 is by being embodied as circuit 1372 or performing with the specialty polymeric module that circuit 1372 is operationally coupled, circuit 1372 has event ordering structure, and described event ordering structure is configured to obtain the instruction 1344 providing one or more radio communication service 1331-1335 in district 2970.Same in such modification, operation 34 performs by the special respond module being embodied as circuit 941, circuit 941 has event ordering structure (such as, many transistors and the configuration at the electrical nodes 928 of judgement-instructed voltage level), it is operating instruction that described event ordering structure is configured in response to the radio communication service from another equipment 2910 in district 2970, whether indicates the judgement 1403 being provided radio communication service by equipment 3160 in district 2970 with signal indication.

Detailed description above set forth the execution mode of equipment and/or process via user's block diagram, flow chart and/or embodiment.In the scope that such block diagram, flow chart and/or embodiment comprise one or more function and/or operation, those skilled in the art will be understood that each function in such block diagram, flow chart and/or example and/or operation can by the hardware of wide region, software, firmware or in fact its any combinations and implementing individually and/or jointly.In one embodiment, some parts of theme described here can be implemented via Application Specific Integrated Circuit (ASIC), field programmable gate array (FPGA), digital signal processor (DSP) or other integrated forms.But, those skilled in the art will recognize that, this disclose execution mode some in, intactly or partly, can in integrated circuits as one or more operation computer program on one or more computers (such as, as one or more computer program operated in one or more computer system), as one or more operation computer program on the one or more processors (such as, as one or more computer program operated on one or more microprocessor), as firmware, or implemented equally as its any combination actual, and for software and/or firmware design circuit and/or write code by the technology that falls into completely according to technology of the present disclosure.In addition, it will be appreciated by those skilled in the art that the mechanism of theme described herein can be distributed for program product in a variety of forms, the application of the illustrative embodiments of theme described herein has nothing to do in the particular type being used to the signaling bearer medium that actual enforcement is issued.The example of signal-bearing media includes but not limited to following: can record type medium, such as floppy disk, hard disk drive, CD (CD), digital video disk (DVD), number tape, computer storage etc.; And transport-type medium, such as numeral and/or analog communication medium (such as optical cable, waveguide, wire communication connection, radio communication connect (such as, transmitter, receiver, transmission logic, receive logic, etc.) etc.).

Although the particular aspects of theme described herein is shown and described, but to those skilled in the art, it is evident that, based on instruction herein, can carry out when not deviating from theme as herein described changing and revising, its wider aspect thus all this changes and amendment can be included in their scope by claims, namely in the true spirit and scope of theme described herein.What it will be understood by those skilled in the art that is, generally speaking, especially claims are (such as herein, claims main body) in the term that uses usually used as " open " term (such as, term " comprises " and should be interpreted as " including but not limited to ", term " has " and should be interpreted as " having at least ", term " comprises " and should be interpreted as " including but not limited to ", etc.).

Those skilled in the art it will also be understood that, if the claims state of quoting of specific quantity is intentional, then such intention can clearly be stated in the claims, and are not having this narrative tense not present such intention.Illustrate helps to understand, below appended claim can comprise guiding phrase " at least one " and " one or more " to quote claims state.But, the use of this phrase should not be construed as implying that the claims state quoted by indefinite article "a" or "an" requires to be constrained to the claim only comprising a this statement by containing this any specific rights quoting claims state, even also like this when same claim comprises indefinite article (such as, " one " and/or " one " should be interpreted as representing " at least one " or " one or more " usually) of guiding phrase " one or more " or " at least one " and such as "a" or "an" and so on; Also be like this for quoting the use of the definite article of claims state.In addition, even if the claims state of quoting of specific quantity is expressly stated, those skilled in the art also will recognize, this statement should be interpreted as representing that at least quoted quantity (such as usually, the light statement of " quoting for two ", do not have other to revise, usually mean that at least two are quoted, or two or morely to quote).

In addition, when use is similar to the convention of " in A, B and C etc. at least one ", usually, this explanation be intended to express those skilled in that art by understand this convention (such as " there is the system of A, B and at least one in C " by include but not limited to have separately A, separately have B, separately have C, A together with B, together with A with C, together with B with C and/or A, B, C system together etc.).In those situations of convention analog using " in A, B or C etc. at least one ", general this explanation be intended to express those skilled in that art by understand this convention (such as " there is the system of at least one in A, B or C " by include but not limited to have separately A, separately have B, separately have C, A together with B, together with A with C, together with B with C and/or A, B, C system together etc.).Those skilled in that art also will understand, the separation word of general two or more options of expression and/or word (be no matter in the description, in claims or in accompanying drawing) are appreciated that considers to comprise one of them, comprises any one or comprises the possibility of two items, unless the context opposite situation.Such as, word " A or B " generally will be understood to include the possibility of " A " or " B " or " A and B ".

The application can refer to one or more trade mark, such as, adopted by a manufacturer or businessman and be used for identifying relative to other products and/or distinguishing the word of his or her product, letter, character or equipment.Trade (brand) name used herein is set forth with such language: namely, make their identity clear, they and common descriptive noun are differentiated, there is fixing and clear and definite implication or are attended by under many (if not all) situation to use and can't help other of term that trade mark contains and identify specially.In addition, trade (brand) name described herein has implication that is known in document and definition, but does not relate to and need to know one or more business secret to give product or the compound of its implication to it.The all trade marks quoted in the application are its corresponding possessory properties, and the appearance in this application of one or more trade mark does not weaken or otherwise adversely affects the validity of one or more trade mark.Suppose to occur that all trade marks in this application (no matter be registration or unregistered) comprise correct trade mark, such as or parenthesized capitalization (such as [trade (brand) name]), occur even if these trade marks are not close to trade mark clearly.As long as use a trade mark to point to a product or process in descriptive mode, this trade mark just should be construed as representing as the application submits corresponding product or the process of day to.

For the stated clause through numbering and claim, it should be appreciated by those skilled in the art that the operation enumerated can any order suitably perform usually herein.In addition, although various operating process presents according to the order of sequence, be to be understood that the order that described various operation can be different from the order shown in those performs, or can perform simultaneously.The example of this alternative order can comprise overlapping, staggered, that interrupt, rearrangement, increase progressively, preparation, supplement, simultaneously, reversion or order of other change, unless context dictates otherwise.In addition, term as " in response to ", " about " or other preterite adjective be usually not intended to get rid of change, unless the context requires otherwise.In addition, in clause numbered below, scheme is connected with simple form with the particular combination of execution mode, make (1) according to corresponding execution mode, for wherein " component " or other such being identified in a series of clause provided seem to be introduced into (such as, by "a" or "an") more than each example once, such title can identify identical entity or different entities; And the clause that can be called as " subordinate " clause below (2) or can not introduce the feature of " independence " clause of their references or above-mentioned further feature in respective execution mode.

Those skilled in that art will understand, particular exemplary process above and/or equipment and/or technology are other local more general process of instruction and/or sign of equipment and/or technology herein, the claims such as submitted to together with the application and/or the instruction of the application's other parts such.

Clause

1. (independence) a kind of communications management system, it comprises:

The article of one or more manufacture, it comprises

Based on the circuit of transistor, it has and is configured to obtain the first equipment within the nearest time interval and whether exceedes the event ordering structure that wireless service border indicates through the boolean of rate threshold value, and the described nearest time interval is less than one hour; And

Based on the circuit of transistor, it has to be configured to partly whether exceed described wireless service border through described boolean's instruction of rate threshold value and partly according to the boolean instruction of described first equipment in the range for wireless communication of the second equipment according to described first equipment within the described nearest time interval, event ordering structure (crossing or non-intersect with described first equipment in the article of described one or more manufacture of the availability of two-way human communication is participated in conditionally with signal indication, crossing or non-intersect with described second equipment in the article of described one or more manufacture).

2. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it comprises the one or more Meta Materials elements being configured to phasing signal transmission.

3. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it comprises described first equipment in the described nearest time interval that is transmitted in and whether exceedes the antenna of described wireless service border through described boolean's instruction of rate threshold value.

4. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it comprises smart phone or comprises flat computer.

5. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it comprises integrated circuit (IC) chip or comprises motor vehicles.

6. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it is configured to its response signal indication be configured to as to the described radio communication service from the 4th equipment being running instruction in described region and whether indicates the judgement being provided radio communication service by the 3rd equipment in region, described region non-intersect with the described range for wireless communication of described second equipment (crossing or non-intersect with described 3rd equipment in the article of described one or more manufacture).

7. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it is configured to show at least some in the map comprising the indicative service boundaries of cost relevant to the human communication of the expection between described first equipment and the 3rd equipment.

8. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it comprises the field programmable gate array being configured to implement fast fourier transform (FFT) module.

9. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment.

10. the communications management system as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it comprises the microphone being configured to produce user data from sounding.

11. communications management systems as described in any one in above system of claim, be configured to partly whether exceed described wireless service border according to described first equipment within the described nearest time interval pass described boolean's instruction of rate threshold value and partly indicate according to the boolean of described first equipment in the described range for wireless communication of described second equipment, the described event ordering structure participating in the described availability of described two-way human communication with signal indication conditionally comprises:

One or more electrical nodes, within the described nearest time interval, whether described first equipment exceedes described wireless service border is expressed as the one or more voltage levels on described one or more electrical nodes configuration through the described boolean instruction of rate threshold value.

12. communications management systems as described in any one in above system of claim, be configured to partly whether exceed described wireless service border according to described first equipment within the described nearest time interval pass described boolean's instruction of rate threshold value and partly indicate according to the boolean of described first equipment in the described range for wireless communication of described second equipment, the described event ordering structure participating in the described availability of described two-way human communication with signal indication conditionally comprises:

Electrical nodes, within the described nearest time interval, whether described first equipment exceedes described wireless service border and indicates through the described boolean of rate threshold value the voltage level be expressed as on described electrical nodes.

13. communications management systems as described in any one in above system of claim, be configured to partly whether exceed described wireless service border according to described first equipment within the described nearest time interval pass described boolean's instruction of rate threshold value and partly indicate according to the boolean of described first equipment in the described range for wireless communication of described second equipment, the described event ordering structure participating in the described availability of described two-way human communication with signal indication conditionally comprises:

Electrical nodes, the boolean of described first equipment in the range for wireless communication of the second equipment indicates the voltage level be expressed as on described electrical nodes.

14. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Described second equipment, it comprises the subsystem of mesh network.

15. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it comprises the loud speaker being configured to whether to be used for participating in the sound instruction of two-way human communication at least in part according to described 3rd equipment of instruction generation of the 3rd equipment within the range for wireless communication of the 4th equipment.

16. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

The article of described one or more manufacture, it is configured to the data of any one ground speed of not expressing in the article indicating described one or more manufacture.

17. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

The article of described one or more manufacture, it is configured to the data in any one geographical position of not expressing in the article indicating described one or more manufacture.

18. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Described first equipment, it comprises the described circuit based on transistor, the described circuit based on transistor has and is configured to partly whether exceed described wireless service border through the described boolean instruction of rate threshold value according to described first equipment within the described nearest time interval and, partly according to the described boolean instruction of described first equipment in the described range for wireless communication of described second equipment, participates in the described event ordering structure of the described availability of described two-way human communication with signal indication conditionally.

19. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Have and be configured to partly whether exceed described wireless service border through described boolean's instruction of rate threshold value and partly according to the described boolean instruction of described first equipment in the described range for wireless communication of described second equipment according to described first equipment within the described nearest time interval, based on the circuit of transistor described in the described event ordering structure participating in the described availability of described two-way human communication with signal indication conditionally, it comprises

Electrical nodes, it has the voltage level within wireless LAN communication scope that whether instruction the 3rd equipment be the 4th equipment.

20. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to cause the data component of wireless signal to be processed by the special module in described handheld device as the automatic and with good conditionsi response of the Warm status of the temperature sensor in handheld device, and described handheld device is described first equipment.

21. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to cause the data component of wireless signal to be processed by the special module in described portable set as the automatic and with good conditionsi response of the charged state to the battery in portable set, and described portable set is described first equipment.

22. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to cause the data component of described wireless signal to be processed by the special module in mobile device as the automatic and with good conditionsi response of the control component to wireless signal, and described mobile device is described first equipment.

23. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has and is configured to cause the first content of described wireless signal by the event ordering structure of the first memory of particular device or the second memory by selected described particular device as the automatic and with good conditionsi response whether the second content of wireless signal being met to the first criterion, and described particular device is described first equipment.

24. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to cause the first core to draw from the first data queue of mobile device, and described mobile device is described first equipment; And

Based on the circuit of transistor, it has the event ordering structure being configured to the judgement whether causing the second core to draw from described first data queue of described mobile device as the automatic and with good conditionsi response signal indication data volume of described first data queue being crossed over to the instruction of overstocking threshold value.

25. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to cause the mobile device comprising field programmable gate array (FPGA) to receive the configuration component of the first wireless signal, described configuration component causes described FPGA to implement order module, and described mobile device is described first equipment; And

Based on the circuit of transistor, it has the event ordering structure being configured to the data component causing described order module process second wireless signal after the described configuration component of described first wireless signal causes described FPGA to implement described order module.

26. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to cause the mobile device comprising field programmable gate array (FPGA) to receive the configuration component of the first wireless signal, and described configuration component causes described FPGA to implement fast fourier transform (FFT) module; And

Based on the circuit of transistor, it has the event ordering structure being configured to the data component causing described FFT resume module second wireless signal after the described configuration component of described first wireless signal causes described FPGA to implement described FET module, and described mobile device is described first equipment.

27. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to cause the configurable core under the first core operator scheme to draw from the first data queue of particular device, and described particular device is described first equipment; And

Based on the circuit of transistor, it has the event ordering structure being configured to the judgement whether causing described configurable core to draw from described first data queue of described particular device with the second core operator scheme as the automatic and with good conditionsi response signal indication data volume of described first data queue being crossed over to the instruction of capacity threshold.

28. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to the judgement whether causing described configurable core to draw from described first data queue of described particular device with the second core operator scheme as the automatic and with good conditionsi response signal indication of the Warm status to the temperature sensor in described particular device.

29. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to the judgement whether causing described configurable core to draw from described first data queue of described particular device with the second core operator scheme as the automatic and with good conditionsi response signal indication of the charged state to the battery in described particular device.

30. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has and is configured to detect the event ordering structure that event is left in a series of coverage.

31. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to the data flow being progressively reduced by radio communication channel.

32. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure be configured to the judgement that the remainder of described user data transmits via the second communication channel from described first equipment via the first communication channel transmission from described first equipment of signal indication how many user data.

33. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to the delay threshold value whether regulating the user data from described first equipment with signal indication.

34. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to transmission of data blocks failure rate that more described two-way human communication is correlated with and failure rate threshold value.

35. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has and is configured to implement specific position model to represent the event ordering structure of isotropic radiator and anisotropic radiation device.

36. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has and is configured to via the 3rd equipment signal indication result to the event ordering structure of user, and described result is that whether described first equipment exceedes described wireless service border and indicate through the boolean of rate threshold value within the described nearest time interval.

37. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to send the user data from described first equipment via the self-organizing network comprising described second equipment.

38. communications management systems as described in any one in above system of claim, one or more article of described manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to describe at least some in the map of the indicative service boundaries of cost relevant to the intercommunication of expection via mobile device display, and described mobile device is described first equipment.

39. (independence) a kind of communication management method, it comprises:

Whether the first equipment within the nearest time interval that obtains exceedes wireless service border indicates through the boolean of rate threshold value, and the described nearest time interval is less than one hour; And

Partly whether exceed described wireless service border according to described first equipment within the described nearest time interval pass described boolean's instruction of rate threshold value and partly according to the boolean instruction of described first equipment in the range for wireless communication of the second equipment, participate in the availability of two-way human communication conditionally with signal indication.

40. communication management methods as described in any one in above method clause, it also comprises:

Partly whether exceed described wireless service border through described boolean's instruction of rate threshold value and partly according to the described boolean instruction of described first equipment in the described range for wireless communication of described second equipment according to described first equipment within the described nearest time interval, described signal indication participates in the described availability of described two-way human communication conditionally, and it comprises

As the automatic and with good conditionsi response of the Warm status of the temperature sensor in handheld device, cause the data component of wireless signal to be processed by the special module in described handheld device, described handheld device is described first equipment.

41. communication management methods as described in any one in above method clause, it also comprises:

As the automatic and with good conditionsi response of the charged state to the battery in portable set, cause the data component of wireless signal to be processed by the special module in described portable set, described portable set is described first equipment.

42. communication management methods as described in any one in above method clause, it also comprises:

As the automatic and with good conditionsi response of the control component to described wireless signal, cause the data component of wireless signal to be processed by the special module in mobile device, described mobile device is described first equipment.

43. communication management methods as described in any one in above method clause, it also comprises:

Cause the first content of described wireless signal by the first memory of particular device or the second memory by selected described particular device as the automatic and with good conditionsi response whether the second content of wireless signal being met to the first criterion, described particular device is described first equipment.

44. communication management methods as described in any one in above method clause, it also comprises:

Cause the first core to draw from the first data queue of mobile device, described mobile device is described first equipment; And

As the automatic and with good conditionsi response of the data volume of described first data queue being crossed over to the instruction of overstocking threshold value, the judgement whether causing the second core to draw from described first data queue of described mobile device with signal indication.

45. communication management methods as described in any one in above method clause, it also comprises:

Cause the mobile device comprising field programmable gate array (FPGA) to receive the configuration component of the first wireless signal, described configuration component causes described FPGA to implement order module, and described mobile device is described first equipment; And

The described configuration component of described first wireless signal cause described FPGA implement described order module after cause the data component of described order module process second wireless signal.

46. communication management methods as described in any one in above method clause, it also comprises:

Cause the mobile device comprising field programmable gate array (FPGA) to receive the configuration component of the first wireless signal, described configuration component causes described FPGA to implement fast fourier transform (FFT) module; And

The described configuration component of described first wireless signal cause described FPGA implement described FFT module after cause the data component of described FFT resume module second wireless signal, described mobile device is described first equipment.

47. communication management methods as described in any one in above method clause, it also comprises:

Cause the configurable core under the first core operator scheme to draw from the first data queue of particular device, described particular device is described first equipment; And

As the judgement whether automatic and with good conditionsi response signal indication crossing over capacity threshold to the data volume of described first data queue causes described configurable core to draw from described first data queue of described particular device with the second core operator scheme.

48. communication management methods as described in any one in above method clause, it also comprises:

The judgement whether automatic and with good conditionsi response signal indication as the Warm status to the temperature sensor in described particular device causes described configurable core to draw from described first data queue of described particular device with the second core operator scheme.

49. communication management methods as described in any one in above method clause, it also comprises:

The judgement whether automatic and with good conditionsi response signal indication as the charged state to the battery in described particular device causes described configurable core to draw from described first data queue of described particular device with the second core operator scheme.

50. communication management methods as described in any one in above method clause, it also comprises:

Detect a series of coverage and leave event.

51. communication management methods as described in any one in above method clause, it also comprises:

Progressively be reduced by the data flow of radio communication channel.

52. communication management methods as described in any one in above method clause, it also comprises:

The judgement of any user data via first communication channel whether will be transmitted with signal indication.

53. communication management methods as described in any one in above method clause, it also comprises:

The judgement of the delay threshold value of user data whether will be regulated with signal indication.

54. communication management methods as described in any one in above method clause, it also comprises:

The relatively transmission of data blocks failure rate relevant to described two-way human communication and failure rate threshold value.

55. communication management methods as described in any one in above method clause, it also comprises:

Implement specific position model to represent isotropic radiator and anisotropic radiation device.

56. communication management methods as described in any one in above method clause, it also comprises:

Via the 3rd equipment by signal indication result to user, described result is that whether described first equipment exceedes described wireless service border and indicate through the boolean of rate threshold value within the described nearest time interval.

57. communication management methods as described in any one in above method clause, it also comprises:

The user data from described first equipment is sent via the self-organizing network comprising described second equipment.

58. communication management methods as described in any one in above method clause, it also comprises:

Describe at least some in the map of the indicative service boundaries of cost relevant to the intercommunication of expection via mobile device display, described mobile device is described first equipment.

59. (independence) a kind of communication management method, it comprises:

Set up radio communication channel via the first equipment and from the second equipment and from described second equipment and via both radio communication channels of the 3rd equipment, and

Transmission of data blocks failure rate in response to the described radio communication channel via described first equipment and from described second equipment exceedes instruction signal indication how many user data of failure rate threshold value via the judgement transmitted from described second equipment and via the described radio communication channel of the 3rd equipment.

60. communication management methods as described in clause 59, it also comprises:

Perform the operation of any one or more be subordinated in the said method clause of method clause 39.

61. (independence) a kind of communication management method, it comprises:

The identifier of the second equipment is obtained at the first equipment; And

Cause described second equipment of described first equipment display within the scope of the wireless LAN communication of the 3rd equipment, between described first equipment and described second equipment, whether there is not boolean's instruction of two-way human communication.

62. communication management methods as described in clause 61, it also comprises:

63. (independence) a kind of communication management method, it comprises:

The configuration data setting up the first security protocol is obtained via the first equipment;

The wireless signal comprising access request data is obtained via the second equipment;

The judgement whether described first security protocol signal indication provides the first network access services via the 3rd equipment whether is met in response to the described access request data in described wireless signal; And

Whether meet in response to described access request data the judgement whether the second security protocol signal indication provides the second network access services via the 3rd equipment, described 3rd equipment implements the fire compartment wall between described first network access services and described second network access services.

64. communication management methods as described in clause 63, it also comprises:

65. (independence) a kind of communication management method, it comprises:

Obtain the first radio communication service in the instruction that the time comparatively is early provided in first service region by the first equipment; And

As being operate in described first service region to described first radio communication service or being the automatic and with good conditionsi response of the not operating instruction from the second equipment in the time after a while whether indicate described first radio communication service to be operating judgement response with good conditionsi in described first service region with signal indication.

66. communication management methods as described in clause 65, it also comprises:

67. (independence) a kind of system, it comprises:

Device, it is for performing the operation of any one or more in said method clause.

The article of 68. (independence) a kind of manufacture, it comprises:

One or more physical media, it is configured to the detectable enforcement of equipment of bearing method, and described method at least comprises

The article of 69. manufactures as described in clause 68, wherein, a part for described one or more physical media comprises:

One or more signal-bearing media, it is configured to transmit the binary sequence that performance is configured to one or more machine executable instructions of the operation of any one or more performed in said method clause.

The article of 70. (independence) a kind of manufacture, it comprises:

Load bearing equipment can detect one or more physical medias of output, and described output shows the generation of following operation

The article of 71. manufactures as described in clause 70, wherein, a part for described one or more physical media comprises:

One or more signal-bearing media, its carrying is from least one binary sequence of the event ordering structure of the operation of any one or more be configured in execution said method clause.

All patents above-mentioned and other publication are totally incorporated to herein by reference, and it is determined that it comprises those specific new opplication about prior art, do not have to a certain extent inconsistent (in each corresponding latest edition be suitable for wherein).Although the article of various system, method, manufacture, or other execution mode or aspect are open above, and in addition, to those skilled in the art, consider above-mentioned disclosure, other combinations of execution mode or aspect will be apparent.Disclosed various execution mode and aspect are for illustrative purposes above, and it is restrictive for being not intended, and real scope and spirit indicate in the last right of enclosing requires.

Claims

1. a communications management system, it comprises:

The article of one or more manufacture, it comprises

Have and be configured to obtain the first equipment within the nearest time interval and whether exceed the circuit based on transistor of the event ordering structure that wireless service border indicates through the boolean of rate threshold value, the described nearest time interval is less than one hour; And

Have and be configured to partly whether exceed according to described first equipment within the described nearest time interval described wireless service border through the described boolean instruction of rate threshold value and partly participates in the event ordering structure of the availability of two-way human communication conditionally with the signal indication circuit based on transistor according to boolean's instruction of described first equipment in the range for wireless communication of the second equipment.

2. communications management system as claimed in claim 1, the article of described one or more manufacture comprise:

3. communications management system as claimed in claim 1, the article of described one or more manufacture comprise:

Described first equipment, it comprises smart phone or comprises flat computer.

4. communications management system as claimed in claim 1, the article of described one or more manufacture comprise:

5. communications management system as claimed in claim 1, the article of described one or more manufacture comprise:

Described first equipment, it is configured to whether indicate as the response signal indication being running instruction in region to the described radio communication service from the 4th equipment the judgement being provided radio communication service by the 3rd equipment in described region, and the described range for wireless communication of described region and described second equipment is non-intersect.

6. communications management system as claimed in claim 1, the article of described one or more manufacture comprise:

7. communications management system as claimed in claim 1, the article of described one or more manufacture comprise:

8. communications management system as claimed in claim 1, is configured to partly whether exceed according to described first equipment within the described nearest time interval described wireless service border through described boolean's instruction of rate threshold value and partly participates in the described availability of described two-way human communication conditionally with signal indication described event ordering structure according to boolean's instruction of described first equipment in the described range for wireless communication of described second equipment and comprises:

9. communications management system as claimed in claim 1, the article of described one or more manufacture comprise:

Described second equipment, it comprises the subsystem of mesh network.

10. communications management system as claimed in claim 1, the article of described one or more manufacture comprise:

11. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

12. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Described first equipment, it comprises having to be configured to partly whether exceed the circuit based on transistor described in described wireless service border through the described boolean instruction of rate threshold value and partly participates in the described availability of described two-way human communication conditionally with signal indication described event ordering structure according to described boolean's instruction of described first equipment in the described range for wireless communication of described second equipment according to described first equipment within the described nearest time interval.

13. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Have and be configured to partly whether exceed the circuit based on transistor described in described wireless service border through the described boolean instruction of rate threshold value and partly participates in the described availability of described two-way human communication conditionally with signal indication described event ordering structure according to described boolean's instruction of described first equipment in the described range for wireless communication of described second equipment according to described first equipment within the described nearest time interval, it comprises

14. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Based on the circuit of transistor, it has the event ordering structure being configured to cause the data component of wireless signal to be processed by the special module in mobile device as the automatic and with good conditionsi response of the control component to described wireless signal, and described mobile device is described first equipment.

15. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Based on the circuit of transistor, it has and is configured to cause the first content of wireless signal by the event ordering structure of the first memory of particular device or the second memory by selected described particular device as the automatic and with good conditionsi response whether the second content of described wireless signal being met to the first criterion, and described particular device is described first equipment.

16. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor being configured to cause the mobile device comprising field programmable gate array (FPGA) to receive the event ordering structure of the configuration component of the first wireless signal, described configuration component causes described FPGA to implement order module, and described mobile device is described first equipment; And

There is the circuit based on transistor of the event ordering structure being configured to the data component causing described order module process second wireless signal after the described configuration component of described first wireless signal causes described FPGA to implement described order module.

17. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Have the circuit based on transistor being configured to cause the mobile device comprising field programmable gate array (FPGA) to receive the event ordering structure of the configuration component of the first wireless signal, described configuration component causes described FPGA to implement fast fourier transform (FFT) module; And

Have the circuit based on transistor of the event ordering structure being configured to the data component causing described FFT resume module second wireless signal after the described configuration component of described first wireless signal causes described FPGA to implement described FET module, described mobile device is described first equipment.

18. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Have the circuit based on transistor of the event ordering structure being configured to cause the configurable core under the first core operator scheme to draw from the first data queue of particular device, described particular device is described first equipment; And

There is the circuit based on transistor of the event ordering structure being configured to the judgement whether causing described configurable core to draw from described first data queue of described particular device with the second core operator scheme as the automatic and with good conditionsi response signal indication data volume of described first data queue being crossed over to the instruction of capacity threshold.

19. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor of the event ordering structure being configured to the judgement whether causing described configurable core to draw from described first data queue of described particular device with the second core operator scheme as the automatic and with good conditionsi response signal indication of the Warm status to the temperature sensor in described particular device.

20. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor of the event ordering structure being configured to the judgement whether causing described configurable core to draw from described first data queue of described particular device with the second core operator scheme as the automatic and with good conditionsi response signal indication of the charged state to the battery in described particular device.

21. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Have be configured to signal indication how many user data from described first equipment via first communication channel transmission the circuit based on transistor of the event ordering structure of the judgement that the remainder of described user data transmits from described first equipment via second communication channel.

22. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor being configured to the event ordering structure whether regulating the delay threshold value of the user data from described first equipment with signal indication.

23. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor being configured to the event ordering structure comparing the transmission of data blocks failure rate relevant to described two-way human communication and failure rate threshold value.

24. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Have and be configured to via the 3rd equipment signal indication result to the circuit based on transistor of the event ordering structure of user, described result is that whether described first equipment exceedes described wireless service border and indicate through the boolean of rate threshold value within the described nearest time interval.

25. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor being configured to the event ordering structure sending the user data from described first equipment via the self-organizing network comprising described second equipment.

26. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

Have the event ordering structure being configured to describe at least some in the map of the indicative service boundaries of cost relevant to the intercommunication of expection via mobile device display, described mobile device is the circuit based on transistor of described first equipment.

27. 1 kinds of communications management systems, it comprises:

The article of one or more manufacture, it comprises

Whether exceed for obtaining the first equipment within the nearest time interval device that wireless service border indicates through the boolean of rate threshold value, the described nearest time interval is less than one hour; And

Pass described boolean's instruction of rate threshold value for partly whether exceeding described wireless service border according to described first equipment within the described nearest time interval and partly indicate according to the boolean of described first equipment in the range for wireless communication of the second equipment and participate in the device of the availability of two-way human communication with signal indication conditionally.

28. communications management systems as claimed in claim 27, the article of described one or more manufacture comprise:

Pass described boolean's instruction of rate threshold value for partly whether exceeding described wireless service border according to described first equipment within the described nearest time interval and partly indicate according to the described boolean of described first equipment in the described range for wireless communication of described second equipment and participate in the described device of the described availability of described two-way human communication with signal indication conditionally, it comprises

To draw from the first data queue of particular device for causing the configurable core under the first core operator scheme and for the device as the automatic and with good conditionsi response and the judgement whether causing described configurable core to draw from described first data queue of described particular device with the second core operator scheme with signal indication that the data volume of described first data queue are striden across to the instruction of capacity threshold, described particular device is described first equipment.

29. 1 kinds of communication management methods, it comprises:

Call to have and be configured to partly whether exceed according to described first equipment within the described nearest time interval described wireless service border through the described boolean instruction of rate threshold value and partly participates in the event ordering structure of the availability of two-way human communication conditionally with the signal indication circuit based on transistor according to boolean's instruction of described first equipment in the range for wireless communication of the second equipment.

30. communication management methods as claimed in claim 29, it also comprises:

Describedly call to have to be configured to partly whether exceed according to described first equipment within the described nearest time interval described wireless service border through the described boolean instruction of rate threshold value and partly participates in the event ordering structure of the described availability of described two-way human communication conditionally with the signal indication circuit based on transistor according to described boolean's instruction of described first equipment in the described range for wireless communication of described second equipment, it comprises

Cause the data component of wireless signal to be processed by the special module in handheld device, as the automatic and with good conditionsi response of the Warm status to the temperature sensor in described handheld device, described handheld device is described first equipment.

31. communication management methods as claimed in claim 29, it also comprises:

32. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor of the event ordering structure being configured to the data flow being progressively reduced by radio communication channel;

Have the circuit based on transistor being configured to cause the mobile device comprising field programmable gate array (FPGA) to receive the event ordering structure of the configuration component of the first wireless signal, described configuration component causes described FPGA to implement fast fourier transform (FFT) module;

Have be configured to the described configuration component of described first wireless signal cause described FPGA implement described FFT module after cause the circuit based on transistor of the event ordering structure of the data component of described FFT resume module second wireless signal, described mobile device is described first equipment;

Have and be configured to cause the described data component of described second wireless signal by the circuit based on transistor of the event ordering structure of the special module process in described first equipment as the automatic and with good conditionsi response of the charged state to the battery in described first equipment; And

Have be configured to signal indication how many user data will from described first equipment via first communication channel transmission the circuit based on transistor of the event ordering structure of the judgement that the remainder of described user data will transmit from described first equipment via second communication channel.

33. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor being configured to the event ordering structure whether regulating the judgement of the delay threshold value of the user data from described first equipment with signal indication;

Have the circuit based on transistor being configured to the event ordering structure causing the first core to draw from the first data queue of mobile device, described mobile device is described first equipment;

There is the circuit based on transistor of the sequence of events structured data being configured to the judgement whether causing the second core to draw from described first data queue of described mobile device as the automatic and with good conditionsi response signal indication data volume of described first data queue being striden across to the instruction of overstocked threshold value; And

Have and be configured to implement specific position model to represent the circuit based on transistor of the event ordering structure of isotropic radiator and anisotropic radiation device.

34. communications management systems as claimed in claim 1, the article of described one or more manufacture comprise:

There is the circuit based on transistor being configured to cause the mobile device comprising field programmable gate array (FPGA) to receive the event ordering structure of the configuration component of the first wireless signal, described configuration component causes described FPGA to implement order module, described mobile device is described first equipment, and described first equipment has the first data queue and the second data queue;

Have be configured to the described configuration component of described first wireless signal cause described FPGA implement described order module after cause the circuit based on transistor of the event ordering structure of the data component of described order module process second wireless signal;

Have and be configured to cause the described data component of described second wireless signal by the circuit based on transistor of the event ordering structure of the special module process in described mobile device as the automatic and with good conditionsi response of the control component to described second wireless signal; And

There is the circuit based on transistor of the event ordering structure being configured to cause the configurable core under the first core operator scheme to draw from described first data queue of described first equipment; And

There is the circuit based on transistor of the event ordering structure being configured to the judgement whether causing described configurable core to draw from described first data queue of described first equipment with the second core operator scheme as the automatic and with good conditionsi response signal indication of the charged state to the battery in described first equipment.