CN105392190A - Wireless access system based on behavior perception - Google Patents
Wireless access system based on behavior perception Download PDFInfo
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- CN105392190A CN105392190A CN201510846536.XA CN201510846536A CN105392190A CN 105392190 A CN105392190 A CN 105392190A CN 201510846536 A CN201510846536 A CN 201510846536A CN 105392190 A CN105392190 A CN 105392190A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/02—Power saving arrangements
- H04W52/0203—Power saving arrangements in the radio access network or backbone network of wireless communication networks
- H04W52/0206—Power saving arrangements in the radio access network or backbone network of wireless communication networks in access points, e.g. base stations
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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- Computer Networks & Wireless Communication (AREA)
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- Mobile Radio Communication Systems (AREA)
Abstract
The invention relates to a wireless access system based on behavior perception. The wireless access system comprises a wireless access device (10); an autonomic behavior sensing unit (11) collecting at least a kind of environmental change information; a user behavior sensing unit (12) collecting at least a kind of user change information; a personalized setting and control strategy unit (13) providing a user with personalized setting and control strategy customization; a green mode switch-on or switch-off unit (15) providing the user with mode selection; a dormant state switch-on or switch-off unit providing the switch-on or switch-off of at least a dormant state; and a control unit (17) controlling the green mode switch-on or switch-off unit (15) and the dormant state switch-on or switch-off unit to work based on the environment change information, the user control information and the personalized setting and control strategy. Compared with the prior art, the invention achieves personalized setting and autonomic management of the wireless access system and increase or decrease control management of power consumption and electromagnetic radiation amount.
Description
Technical field
The present invention relates to a kind of wireless access system, especially relate to a kind of wireless access system of Behavior-based control perception.
Background technology
Along with computer technology, Internet technology, the development of the communication technology, wireless network plays the part of more and more important role in the life of people, work, study.But, wireless access system conventional is at present as wireless router, wireless aps (AccessPoint, access points) etc. there is following shortcoming: on the one hand they mode manually can only be arranged and open or close wireless access signal, operate comparatively loaded down with trivial details, use very inconvenient; They can not detect user environment on the other hand, thus carry out the adjustment of wireless signal according to the change of environment for use.Therefore existing wireless access system causes unnecessary electromagnetic radiation, causes serious harm to health, and excessive electromagnetic radiation simultaneously too increases the power consumption of wireless access system, causes unnecessary waste of energy.
Summary of the invention
Object of the present invention is exactly provide a kind of wireless access system of Behavior-based control perception to overcome defect that above-mentioned prior art exists.
Object of the present invention can be achieved through the following technical solutions:
A wireless access system for Behavior-based control perception, comprises wireless access device, and this system also comprises:
Independent behaviour perception unit, collects at least one environment change information;
User behavior perception unit, collects at least one subscriber control information;
Personal settings and control strategy unit, provide user to carry out personal settings and control strategy customization to wireless access system;
Green model is opened or closing unit, is connected, provides user to carry out model selection with wireless access device;
Resting state is opened or closing unit, is connected, provides unlatching or the closedown of wireless access device at least one resting state with wireless access device;
Control unit, the green model described in controlling according to described environment change information, subscriber control information and personal settings and control strategy is opened or closing unit and resting state are opened or closing unit work.
Described wireless access device comprises one or more combinations in radio reception device, hand-held communication device and the sensing equipment that communicates.
Described resting state unlatching or closing unit comprise either shallow dormancy unlatching or closing unit and deep-sleep and open or closing unit, provide unlatching or the closedown of the dormancy of wireless access device either shallow or deep-sleep two kinds of resting states.
Described environment change information comprises following at least one item:
The temporal information of wireless access system, comprises real time clock information and timing information;
The terminal device information connected of wireless access system;
The flow information of wireless access system;
Terminal equipment connects handshaking information during wireless access system.
Described subscriber control information comprises following at least one item:
User's green model is opened or closing information;
User's either shallow resting state is opened or closing information;
User's deep sleep state is opened or closing information;
User's time set information;
User's parental control information.
Described green model is opened or closing unit work is specially:
Green model is opened or closing unit is closed, then wireless access device works in normal operating conditions;
Green model is opened or closing unit is opened, and described control unit controls wireless access device according to the personal settings of personal settings and control strategy unit and control strategy and carries out multiple operating state switching.
Described multiple operating state comprises normal operating conditions, either shallow resting state and deep sleep state.
Described control unit comprises microcontroller and microprocessor.
Described radio reception device comprises router, WIFI hot spot, ZigBee telegon and radio communication base station, and described hand-held communication device comprises mobile phone, and described communication sensing equipment comprises internet of things sensors equipment.
Compared with prior art, tool of the present invention has the following advantages:
(1) independent behaviour perception unit is set in this wireless access system, user behavior perception unit, personal settings and control strategy unit and control unit, user can carry out personal settings by personal settings and control strategy unit to wireless access system according to self-demand and control strategy customizes, and by independent behaviour perception unit and user behavior perception unit real-time perception environment change information, subscriber control information etc., corresponding operation is made by control unit, wireless access system is enable to realize autonomy-oriented, intelligent management, personal settings.
(2) arrange green model unlatching or closing unit, either shallow dormancy unlatching or closing unit and deep-sleep to open or closing unit, this system works is made to be to carry out the switching of the various states such as normal operating conditions, either shallow resting state and deep sleep state according to personal settings and control strategy in green mode of operation, thus reduce wireless electromagnetic amount of radiation, reduce electromagnetic radiation to the infringement of human body, reduce electric energy loss.
(3) this system scope of application is extensive, can be applicable to radio reception device, hand-held communication device and all kinds of devices with wireless transmitting function such as sensing equipment that communicate.
Accompanying drawing explanation
Fig. 1 is the structural representation of the wireless access system of a kind of Behavior-based control perception of the present invention;
Fig. 2 is that the operating state of the wireless access system of a kind of Behavior-based control perception of the present invention switches schematic diagram;
Fig. 3 is the workflow diagram of the wireless access system of a kind of Behavior-based control perception of the present invention;
Fig. 4 is the workflow schematic diagram of radio reception device response start by set date task in embodiment 2;
Fig. 5 is the workflow schematic diagram in embodiment 2 after independent behaviour perception unit perception data information.
In figure, 1 is the wireless access system of Behavior-based control sensory perceptual system, and 10 is wireless access device, 11 is independent behaviour perception unit, 12 is user behavior perception unit, and 13 is personal settings and control strategy unit, and 14 is deep-sleep unlatching or closing unit, 15 is green model unlatching or closing unit, 16 is either shallow dormancy unlatching or closing unit, and 17 is control unit, and 21 is normal operating conditions, 22 is either shallow resting state, and 23 is deep sleep state.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
Embodiment 1
As shown in Figure 1, provide a kind of wireless access system of Behavior-based control perception, comprise wireless access device 10, described wireless access device 10 comprises one or more combinations in radio reception device, hand-held communication device and the sensing equipment that communicates, wherein radio reception device comprises router, WIFI hot spot, ZigBee telegon and radio communication base station, described hand-held communication device comprises mobile phone etc., and described communication sensing equipment comprises internet of things sensors equipment etc.
This system also comprises: independent behaviour perception unit 11, for collecting at least one environment change information; User behavior perception unit 12, for collecting at least one subscriber control information; Personal settings and control strategy unit 13, provide user to carry out personal settings and strategy customization to wireless access system, user realizes autonomy-oriented, the intelligent management of personal settings and wireless access system; Green model is opened or closing unit 15, is connected, provides user to carry out model selection with wireless access device 10; Resting state is opened or closing unit, is connected, provides unlatching or the closedown of wireless access device 10 at least one resting state with wireless access device 10; Control unit 17, the green model described in controlling according to described environment change information, subscriber control information and personal settings and control strategy is opened or closing unit 15 and resting state are opened or closing unit work.Wherein said resting state unlatching or closing unit comprise either shallow dormancy unlatching or closing unit 16 and deep-sleep and open or closing unit 14, provide unlatching or the closedown of wireless access device 10 either shallow dormancy or deep-sleep two kinds of resting states.
The environment change information that described independent behaviour perception unit 11 is collected comprises following at least one item: the temporal information of wireless access system, comprises real time clock information and timing information; The terminal device information connected of wireless access system; The flow information of wireless access system; Terminal equipment connects handshaking information during wireless access system.
The subscriber control information that described user behavior perception unit 12 is collected comprises following at least one item: user's green model is opened or closing information; User's either shallow resting state is opened or closing information; User's deep sleep state is opened or closing information; User's time set information; User's parental control information, comprises the setting of wake on wireless access device 10 under the differentiated control of the terminal equipment being connected to wireless access system, deep sleep state, the arranging of particular terminal device access time.
The personal settings that described personal settings and control strategy unit 13 provide and control strategy can comprise several as follows: when (1) has user to use, wireless transmission signal quality can not change; (2) reduce wireless signal strength when no user uses, reduce wireless signal power consumption; (3) point (or other setup times) start by set date wireless signal radiation every morning 8; (4) every night 10 point (or other setup times) timing dormancy.
As shown in Figure 2, described green model is opened or closing unit 15 work is specially: user selects to close green model, then wireless access device 10 operating state 21 working properly; User selects to open green model, described control unit 17 carries out multiple operating state switching according to the personal settings of personal settings and control strategy unit 13 and policy control wireless access device 10, comprises normal operating conditions 21, switching between either shallow resting state 22 and deep sleep state 23.Wherein said normal work shape 21 state refers to that the wireless access device 10 of wireless access system is in normal state, and wireless signal and general wireless access device 10 signal are as good as; Described either shallow resting state 22 comprises reduction radio transmitted power, thus reduces wireless transmission intensity and scope, and in the present invention, wireless transmission intensity compares normal condition reduction by 10% ~ 60%, and concrete range value is selected according to product type; Described deep sleep state 23 comprises and significantly reduces radio transmitted power, thus significantly reduce wireless transmission intensity and scope, wireless transmission intensity of the present invention is compared normal condition and is reduced by 60% ~ 100%, concrete range value is selected according to product type, closes radio frequency signal when wireless transmission intensity reduces by 100%.
Be illustrated in figure 3 the control procedure flow chart of this radio reception device, particularly, this control procedure mainly comprises following components:
First judging unit 301, under judging whether this radio reception device is in green mode of operation.
Green model is opened or closing unit 15, opens or shutoff operation green model for the judged result according to the first judging unit.
Second judging unit 304, for judging whether reach either shallow dormancy set point without data transmission period, is assumed to be 15 minutes in Fig. 5.
Either shallow resting state 22 is opened or closing unit 16, with the judged result according to the second judging unit 304, either shallow resting state 22 is opened or shutoff operation.
3rd judging unit 306, with judge whether reach deep-sleep settings without data transmission period, Fig. 5 plant in be assumed to be 30 minutes.
Deep sleep state open or closing unit 14, with the result according to the 3rd judging unit, deep sleep state 23 is opened or shutoff operation.
4th judging unit 308, with judge whether timing time reaches and wake value up.
The detailed process of the present embodiment is as follows:
(1) user can be opened by green model or closing unit 15 independently arranges the mode of operation of wireless access system;
(2) entered by the first entrance 300, perform the first judging unit in step 301 and judge that green mode of operation is enough unlatchings, if green model is closed, perform step 310 radio reception device and be in normal mode, in normal mode, this radio reception device and general radio reception device are as good as; Otherwise perform step 302, radio reception device enters green model;
(3) under green model, perform step 303, the radio frequency signal of radio reception device is opened, user arranges autonomous either shallow dormancy time by independent behaviour perception unit 11, be set to 15 minutes in the present embodiment, the autonomous deep-sleep time, in the present embodiment, be set to 30 minutes, and automatic wakeup time, be set to 6 hours in the present embodiment;
(4) perform step 304 second judging unit and judge whether reach either shallow dormancy set point without data transmission period, be 15 minutes in the present embodiment, if then perform step 305 radio reception device to enter either shallow resting state 22, and perform step 306, otherwise in execution step 511, radio frequency signal keeps and returns performing step 304;
(5) perform step 306 the 3rd judging unit and judge whether reach deep-sleep set point without data transmission period, be 30 minutes in the present embodiment, if then perform step 307 radio reception device penetration depth resting state 23, and perform step 308, otherwise keep either shallow resting state 22 and return in execution step 312 performing step 306;
(6) step 308 the 4th judging unit judges whether timing time reaches and wakes value up, be 6 hours in the present embodiment, timing time is reset if then perform step 309 and returns step 303, otherwise execution step 311 keeps deep sleep state 23 and return performing step 308.
In above process, if green model started in 15 minutes wireless data transmission, then timing time resets, and continues to perform step 303; Start in 30 minutes at green model, if there is Wireless Data Transmission to transmit, then either shallow resting state 22 is closed, and timing time resets, and continues to perform step 503; After penetration depth dormancy, if there is user radio open command, or receive the signal that other controls wireless unlatching, then timing time resets, and continues to perform step 303.
If whenever receive either shallow dormancy unlatching or out code in addition in above-mentioned steps implementation, deep-sleep opens or out code, green model start to open or out code, then System Priority performs command adapted thereto, and timing time resets.Simultaneously user carries out personal settings by personal settings and control strategy unit 13, as after 4 hours, morning 8 etc., time, green model that time, deep-sleep that either shallow dormancy is opened or closed are opened or closed are opened or time etc. of closedown.Same user can according to facility information, as MAC Address etc., and set power user's management equipment by personal settings and control strategy unit 13, the condition of setting power user, super peer device has head of a family's administration authority, can be more deep manage wireless access system.
Embodiment 2
Present embodiments provide for a kind of specific works state switching mode of wireless access system of Behavior-based control perception, in this wireless access system, wireless access device 10 adopts radio reception device, as wireless router.In this embodiment, radio reception device mainly comprises three state under green mode of operation: normal operating conditions 21, either shallow resting state 22, deep sleep state 23, and five kinds of State Transferring relations: S101, S102, S201, S202, S301.
Normal operating conditions 21 refers to that the wireless access device 10 of wireless access system is in normal state, and wireless signal and general radio reception device signal are as good as; Described either shallow resting state 22 comprises reduction radio transmitted power, thus reduces wireless transmission intensity and scope, and in the present invention, wireless transmission intensity compares normal condition reduction by 10% ~ 60%, and concrete range value is selected according to product type; Described deep sleep state 23 comprises and significantly reduces radio transmitted power, thus significantly reduce wireless transmission intensity and scope, wireless transmission intensity of the present invention is compared normal condition and is reduced by 60% ~ 100%, concrete range value is selected according to product type, closes radio frequency signal when wireless transmission intensity reduces by 100%.
S101 represents that the less radio-frequency function of radio reception device is converted to either shallow resting state 22 by normal operating conditions 21.
S102 represents that the less radio-frequency function of radio reception device is converted to normal operating conditions 21 by either shallow resting state 22.
S201 represents that the less radio-frequency function of radio reception device is converted to deep sleep state 23 by normal operating conditions 21.
S202 represents that the less radio-frequency function of radio reception device is converted to normal operating conditions 21 by deep sleep state 23.
S301 represents that the less radio-frequency function of radio reception device is converted to deep sleep state 23 by either shallow resting state 22.
Wherein, S101 has but is not limited to following methods:
(1) green mode of operation reaches setup times value without transfer of data.
As shown in Figure 4, user is provided with start by set date task by personal settings and control strategy unit 13 pairs of radio reception devices, comprises timer clock task and timer task.Concrete implementation is as follows: perform step 401 and judge whether timer clock responds, and performs clock task if then perform in step 402, otherwise execution step 403 judges whether timer task responds, and performs timer task if then perform in step 404.Wherein timer clock task be such as provided with timing 15 minutes after equipment enter either shallow resting state 22, timer task such as arranges 8 open wireless radiofrequency signals every morning.
(2) user command wireless device enters either shallow resting state 22.
The method is that user is directly given an order to radio reception device by user interface, makes equipment exit either shallow resting state 22.
S102 has but is not limited to under type:
(1) radio reception device has transfer of data.
As shown in Figure 5, when radio reception device has perceived data by this equipment by independent behaviour perception unit 11, perform the type being judged data in step 501 by the 5th judging unit, if be connection and the handshake of equipment, then perform step 505 radio reception device and can not do any action, if when the data judged are the data-signal of transmission, then perform step 502 chronometric data to reset, perform open wireless radio-frequency (RF) switch in step 503, and perform in step 504 the second entrance 314 entering Fig. 3.
(2) user command open wireless access device normal operating conditions 21.
The method is that user directly (comprises by third party's external network by the user interactions interface of outside app program by other wireless network, as telecommunications network etc.) give an order to radio reception device, make equipment exit either shallow resting state 22, directly turn back to radio reception device normal operating conditions 21.
(3) terminal equipment open wireless access device normal operating conditions 21 is arranged.
In radio reception device either shallow resting state 22, do not leave in setting-up time within the terminal equipment of having an agreement enters radio reception device setpoint distance, radio reception device is switched to normal operating conditions 21 from either shallow resting state, and there is clear and definite successful connection prompting, in the present embodiment, setpoint distance is 1 meter, and setting-up time is 3 seconds.
S201 has but is not limited to under type:
User command equipment penetration depth resting state 23, to enter either shallow resting state 22 similar with above-mentioned user command wireless device, therefore no longer describes in detail.
S202 has but is not limited to under type:
(1) user command open wireless access device normal operating conditions 21, similar with user command open wireless access device normal operating conditions 21 in S102, the method is that user directly (comprises by third party's external network by the user interactions interface of outside app program by other wireless network, as telecommunications network etc.) give an order to radio reception device, make radio reception device exit deep sleep state 23, directly turn back to radio reception device normal operating conditions 21.
(2) personal settings and control strategy unit 13 timing setting equipment exit deep sleep state 23, and as shown in Figure 5, concrete steps no longer burden are told about.
(3) terminal equipment open wireless access device normal operating conditions 21 is arranged, similar when switching to normal operating conditions 21 with above-mentioned radio reception device either shallow resting state 22, therefore no longer describe in detail.
S301 has but is not limited to under type:
(1) reach deep sleep state 23 setup times of setting without data transmission period, perform timer clock task as shown in Figure 3, concrete steps no longer burden are told about.
(2) user command equipment penetration depth resting state 23.
In above-mentioned state conversion process, if access device is operated in abnormal operating state 21 times (comprising green mode of operation), according to user's self-demand, all can directly (comprise by third party's external network by the user interactions interface of outside app program by other wireless network, as telecommunications network etc.) give an order to radio reception device, make equipment exit the operating state run at present, directly turn back to radio reception device normal operating conditions 21.
In sum, the wireless access system of a kind of Behavior-based control perception of the present invention is based on independent behaviour perception information and user behavior information realization wireless access system autonomy-oriented, intelligent management, improve the interactive capability of wireless access system, facilitate the management of user to radio reception device.Simultaneously by arranging green mode of operation, this green mode of operation can make wireless access system intellectuality be operated in the various states such as normal operating conditions 21, either shallow resting state 22, deep sleep state 23 on the one hand, thus reduce the amount of electromagnetic radiation of wireless access system, decrease the infringement of electromagnetic radiation to human body; Decrease the non-essential electric energy loss of wireless access system on the other hand, realize electrical energy saving.Therefore, the present invention effectively overcomes various shortcoming of the prior art and tool high industrial utilization.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any person skilled in the art scholar all without prejudice under spirit of the present invention and category, can modify above-described embodiment or changes.Therefore, such as have in art usually know the knowledgeable do not depart from complete under disclosed spirit and technological thought all equivalence modify or change, must be contained by claim of the present invention.
Claims (9)
1. a wireless access system for Behavior-based control perception, comprise wireless access device (10), it is characterized in that, this system also comprises:
Independent behaviour perception unit (11), collects at least one environment change information;
User behavior perception unit (12), collects at least one subscriber control information;
Personal settings and control strategy unit (13), provide user to carry out personal settings and control strategy customization to wireless access system;
Green model is opened or closing unit (15), is connected, provides user to carry out model selection with wireless access device (10);
Resting state is opened or closing unit, is connected, provides unlatching or the closedown of wireless access device (10) at least one resting state with wireless access device (10);
Control unit (17), the green model described in controlling according to described environment change information, subscriber control information and personal settings and control strategy is opened or closing unit (15) and resting state are opened or closing unit work.
2. the wireless access system of a kind of Behavior-based control perception according to claim 1, is characterized in that, described wireless access device (10) comprises one or more combinations in radio reception device, hand-held communication device and the sensing equipment that communicates.
3. the wireless access system of a kind of Behavior-based control perception according to claim 1, it is characterized in that, described resting state unlatching or closing unit comprise either shallow dormancy unlatching or closing unit (16) and deep-sleep and open or closing unit (14), provide unlatching or the closedown of wireless access device (10) either shallow dormancy or deep-sleep two kinds of resting states.
4. the wireless access system of a kind of Behavior-based control perception according to claim 1, is characterized in that, described environment change information comprises following at least one item:
The temporal information of wireless access system, comprises real time clock information and timing information;
The terminal device information connected of wireless access system;
The flow information of wireless access system;
Terminal equipment connects handshaking information during wireless access system.
5. the wireless access system of a kind of Behavior-based control perception according to claim 3, is characterized in that, described subscriber control information comprises following at least one item:
User's green model is opened or closing information;
User's either shallow resting state is opened or closing information;
User's deep sleep state is opened or closing information;
User's time set information;
User's parental control information.
6. the wireless access system of a kind of Behavior-based control perception according to claim 1, is characterized in that, described green model is opened or closing unit (15) work is specially:
Green model is opened or closing unit (15) is closed, then wireless access device (10) works in normal operating conditions (21);
Green model is opened or closing unit (15) is opened, and described control unit (17) controls wireless access device (10) according to the personal settings of personal settings and control strategy unit (13) and control strategy and carries out multiple operating state switching.
7. the wireless access system of a kind of Behavior-based control perception according to claim 6, it is characterized in that, described multiple operating state comprises normal operating conditions (21), either shallow resting state (22) and deep sleep state (23).
8. the wireless access system of a kind of Behavior-based control perception according to claim 1, is characterized in that, described control unit (17) comprises microcontroller and microprocessor.
9. the wireless access system of a kind of Behavior-based control perception according to claim 2, it is characterized in that, described radio reception device comprises router, WIFI hot spot, ZigBee telegon and radio communication base station, described hand-held communication device comprises mobile phone, and described communication sensing equipment comprises internet of things sensors equipment.
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| CN201510846536.XA CN105392190A (en) | 2015-11-27 | 2015-11-27 | Wireless access system based on behavior perception |
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| CN201510846536.XA CN105392190A (en) | 2015-11-27 | 2015-11-27 | Wireless access system based on behavior perception |
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Application publication date: 20160309 |