CN105682115A - Information processing method and electronic device - Google Patents
Information processing method and electronic device Download PDFInfo
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- CN105682115A CN105682115A CN201410677802.6A CN201410677802A CN105682115A CN 105682115 A CN105682115 A CN 105682115A CN 201410677802 A CN201410677802 A CN 201410677802A CN 105682115 A CN105682115 A CN 105682115A
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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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Abstract
The present invention discloses an information processing method and an electronic device. The method comprises the steps of acquiring first information, wherein the first information comprises running parameters of a first electronic device; determining, based on the first information, the running state of the first electronic device; processing, based on an eavesdrop interval time adjustment policy corresponding to the determined running state, a first eavesdrop interval time, so as to obtain second eavesdrop interval time; and after each second eavesdrop interval time is up, acquiring first data from a second electronic device through a data channel in the running state in which the first electronic device is. According to the method, while the requirement of real-time data transmission of the electronic device is met, the power of the electronic device is saved, and the endurance performance of the electronic device is ensured.
Description
Technical field
The present invention relates to the communication technology, particularly relate to a kind of information processing method and electronics.
Background technology
Listening intervals (LI, ListenInterval) is an important parameter of 802.11 protocol definition. In order to save electricity, the electronics such as wireless stations, smart mobile phone cuts out antenna unit usually, when electronics closedown antenna unit enters dormancy, wireless access point (AP) will carry out the data of automatic network side for electronics buffer memory, and electronics timing wake-up is also monitored flow instruction and determined whether to need to carry out data transmission (comprise and receive and/or send data) via wireless access point; If the interval that flow instruction monitored by electronics is very big, so electronics possibly cannot carry out data transmission in time, cannot meet the real-time demand under some application scene; If reducing listening intervals in order to the application that meets in electronics real-time demand in some scenarios, electronics so will be caused frequently to wake up, too much consume the electricity of electronics, affecting the duration performance of electronics;
In sum, correlation technique, for while meeting the real-time requirement that electronics carries out data transmission, is saved the electricity of electronics, is ensured the duration performance of electronics, there is no effective solution.
Summary of the invention
The embodiment of the present invention provides a kind of information processing method and electronics, it is possible to while meeting the real-time requirement that electronics carries out data transmission, saves the electricity of electronics, ensures the duration performance of electronics.
The technical scheme of the embodiment of the present invention is achieved in that
The embodiment of the present invention provides a kind of information processing method, it is applied in the first electronics, data channel set up by described first electronics support and the 2nd electronics, to obtain the first data by described data channel from described 2nd electronics after each first listening intervals time terminates, described first data are that network side issues and target equipment is the data of described first electronics;
Described method comprises:
Obtaining the first information, the described first information comprises the operating parameter of described first electronics;
Based on the described first information, it is determined that the running status residing for described first electronics;
Based on the listening intervals time adjustable strategies that determined running status is corresponding, the described first listening intervals time is processed, obtained for the 2nd listening intervals time;
In the running status residing for described first electronics, the 2nd listening intervals time described in each obtains described first data by described data channel from described 2nd electronics after terminating.
Preferably, the described first information comprises following information one of at least:
The residue information about power of described first electronics;
The information of working application in described first electronics, described working application is the application that in described first electronics, request is networked and carried out data transmission.
Preferably, described based on the described first information, it is determined that the running status residing for described first electronics, comprising:
When meeting the following conditions at least for the moment, judge that described first electronics is in the first running status:
The residue electricity of described first electronics is less than or equals the first threshold value;
The quantity of described working application is less than or equals Second Threshold;
The quantity with the described working application that real-time requires is less than or equals the 3rd threshold value; When meeting the following conditions at least for the moment, judge that described first electronics is in the 2nd running status:
The residue electricity of described first electronics is greater than described first threshold value;
The quantity of described working application is greater than described Second Threshold;
The quantity with the described working application that real-time requires is greater than described 3rd threshold value.
Preferably, when described first electronics is in described first running status, based on the listening intervals time adjustable strategies that determined running status is corresponding, the described first listening intervals time is processed, obtained for the 2nd listening intervals time, comprising:
The described 2nd listening intervals time is obtained based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is more than or equal to the described first listening intervals time.
Preferably, when described first electronics is in described 2nd running status, based on the listening intervals time adjustable strategies that determined running status is corresponding, the described first listening intervals time is processed, obtained for the 2nd listening intervals time, comprising:
The described 2nd listening intervals time is obtained based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is less than or equals the described first listening intervals time.
Preferably, before obtaining the first information, described method also comprises:
Presenting the 2nd information, described 2nd information is used to indicate the initial value arranging the described first listening intervals time;
Acquisition triggering operates, and parses the operating parameters of described triggering operation according to described triggering operation;
The initial value of described first listening intervals time is set based on the operating parameters parsed.
The embodiment of the present invention also provides a kind of first electronics, and described first electronics comprises:
Communication unit, for setting up data channel with the 2nd electronics, to obtain the first data by described data channel from described 2nd electronics after each first listening intervals time terminates, described first data are that network side issues and target equipment is the data of described first electronics;
Described first electronics also comprises:
First acquiring unit, for obtaining the first information, the described first information comprises the operating parameter of described first electronics;
First determining unit, for based on the described first information, it is determined that the running status residing for described first electronics;
2nd determining unit, for the listening intervals time adjustable strategies corresponding based on determined running status, processes the described first listening intervals time, obtained for the 2nd listening intervals time;
Described communication unit, also for, in the running status residing for described first electronics, the 2nd listening intervals time described in each obtains described first data by described data channel from described 2nd electronics after terminating.
Preferably, the described first information comprises following information one of at least:
The residue information about power of described first electronics;
The information of working application in described first electronics, described working application is the application that in described first electronics, request is networked and carried out data transmission.
Preferably, described first determining unit is also for when meeting the following conditions at least for the moment, judging that described first electronics is in the first running status:
The residue electricity of described first electronics is less than or equals the first threshold value;
The quantity of described working application is less than or equals Second Threshold;
The quantity with the described working application that real-time requires is less than or equals the 3rd threshold value; When meeting the following conditions at least for the moment, judge that described first electronics is in the 2nd running status:
The residue electricity of described first electronics is greater than described first threshold value;
The quantity of described working application is greater than described Second Threshold;
The quantity with the described working application that real-time requires is greater than described 3rd threshold value.
Preferably, described 2nd determining unit is also for obtaining the described 2nd listening intervals time based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is more than or equal to the described first listening intervals time.
Preferably, described 2nd determining unit is also for obtaining the described 2nd listening intervals time based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is less than or equals the described first listening intervals time.
Preferably, described first electronics also comprises:
Display unit, before obtaining the first information in described acquiring unit, presents the 2nd information, and described 2nd information is used to indicate the initial value arranging the described first listening intervals time;
2nd acquiring unit, for obtaining triggering operation, parses the operating parameters of described triggering operation according to described triggering operation;
Resolution unit, for arranging the initial value of described first listening intervals time based on the operating parameters parsed.
In the embodiment of the present invention, owing to the first electronics can determine current residing running status based on the operating parameter of self, the first listening intervals time (can be considered as the listening intervals time of initial setting up) is carried out dynamichandling by the listening intervals time adjustable strategies corresponding based on different running statuses, such as, when determining that electronics is in state (corresponding 2nd running status) that need the real-time ensureing transfer to require based on operating parameter, the frequency that the first listening intervals time that can reduce carries out data transmission to increase electronics, thus ensure the real-time demand of the transfer under some application scene, again such as, when determining that electronics is in running status (corresponding first running status) that transfer no longer has real-time requirement based on operating parameter, thus based on the first electronics different running status dynamichandling first listening intervals time, it is possible to the first listening intervals time that increased is to reduce the electric quantity consumption of electronics, that is, by the embodiment of the present invention, the application in the first electronics namely can be made to be carried out data transmission by network in time, ensure the real-time requirement of electronics, electricity can be saved again, thus promote the duration performance of electronics.
Accompanying drawing explanation
Fig. 1 is the realization flow schematic diagram one of information processing method in the embodiment of the present invention;
Fig. 2 is the application scene schematic diagram of information processing method in the embodiment of the present invention;
Fig. 3 is the realization flow schematic diagram two of information processing method in the embodiment of the present invention;
Fig. 4 is the realization flow schematic diagram three of information processing method in the embodiment of the present invention;
Fig. 5 is the realization flow schematic diagram four of information processing method in the embodiment of the present invention;
Fig. 6 is the realization flow schematic diagram five of information processing method in the embodiment of the present invention;
Fig. 7 a～Fig. 7 b is the structural representation of the first electronics in the embodiment of the present invention.
Embodiment
Contriver finds in the practice of the invention, the electronics such as wireless stations, smart mobile phone needs by wireless access point network break-in, electronics is usually according to the data information (TIM to be passed of wireless access point, TrafficIndicationMap) interval correspondence arranges the listening intervals time (ListenInterval) of self, each listening intervals time then after, the antenna unit that self is opened by electronics obtains the data carrying out automatic network that wireless access point is electronics buffer memory, or sends data by wireless access point in network; Owing to electronics always then can enter wake-up states in each listening intervals time afterwards, to detect self application the need of carrying out data transmission; This just inevitably affects the duration performance of electronics;
Contriver also finds in the practice of the invention, if the first electronics (such as the electronics such as smart mobile phone, wireless stations) is supported to set up data channel with the 2nd electronics (such as wireless access point), to obtain the first data by described data channel from described 2nd electronics after each first listening intervals time terminates, described first data are that network side issues and target equipment is the data of described first electronics;
So as shown in Figure 1, in a step 101, the first electronics obtains the first information, and the described first information comprises the operating parameter of described first electronics; In a step 102, based on the described first information, it is determined that the running status residing for described first electronics; In step 103, based on the listening intervals time adjustable strategies that determined running status is corresponding, the described first listening intervals time is processed, obtained for the 2nd listening intervals time; At step 104, in the running status residing for described first electronics, the 2nd listening intervals time described in each obtains described first data by described data channel from described 2nd electronics after terminating; Owing to the first electronics can determine current residing running status based on the operating parameter of self, the first listening intervals time (can be considered as the listening intervals time of initial setting up) is processed by the listening intervals time adjustable strategies corresponding based on different running statuses, thus based on the first electronics different running status dynamichandling first listening intervals time, namely the application in the first electronics can be made to be carried out data transmission by network in time, avoid again being frequently in wake-up states to save electricity, thus promote duration performance.
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
The embodiment of the present invention one application scene schematic diagram is as shown in Figure 2, as an example, first electronics can smart mobile phone, wireless stations etc., 2nd electronics can for supporting the wireless access point of IEEE802.11, here, wireless access point can be pure wireless access point (i.e. wireless AP), it is also possible to be the equipment of wireless routing device (containing wireless gateway, wireless bridge).
Embodiment one
The present embodiment records a kind of information processing method, can be applied in the first electronics as shown in Figure 2, data channel (can being connected) is set up in first electronics support based on the radio communication that IEEE802.11 sets up with the 2nd electronics, to obtain the first data by data channel from the 2nd electronics after each first listening intervals time terminates, first data are that network side issues and target equipment is the data of the first electronics, first listening intervals time can be manually arrange, can also arrange according to the data of wireless access point information interval correspondence to be passed by electronics,
As shown in Figure 3, the information processing method that the present embodiment is recorded comprises the following steps:
Step 201, obtains the first information, and the first information comprises the operating parameter of the first electronics.
The operating parameter of the first electronics can comprise following operating parameter one of at least: the residue information about power of the first electronics; The information of working application in first electronics, working application is the request application of networking to carry out data transmission in the application that runs of the first electronics, and the information of such as working application can for whether the quantity of request networking sends the quantity of application of data, request networking receives data application and working application have real-time requirement.
Step 202, when operating parameter meets pre-conditioned, judges that the first electronics is in the first running status.
Can meet the following conditions at least for the moment, judge that the first electronics is in the first running status:
1) the residue electricity of the first electronics is less than or equals the first threshold value;
Percentage ratio can be adopted to represent such as 20% as example first threshold value, when only adopting condition 1) time, if the residue electricity of the first electronics is less than or equal to the 20% of whole electricity, then judge to be in the first running status;
2) quantity of working application is less than or equals Second Threshold; Such as, when adopt condition 2) judge running status time, if the quantity of working application is zero in the first electronics (corresponding Second Threshold), represents that the first electronics is not currently networked demand, then judge that the first electronics is in the first running status;
3) quantity with the intended application that real-time requires is less than or equals the 3rd threshold value; Have the intended application that real-time requires refer to that the first electronics runs, require at the appointed time Intranet and the application that carries out data transmission; Such as, when only adopting condition 3) when judging running status, if the quantity with the working application that real-time requires run in the first electronics is zero (corresponding 3rd threshold value), then judge to be in the first running status;
When first electronics is determined to be in the first running status, in subsequent step, the first electronics will remain electricity as processing target to save, to promote duration performance.
Step 203, based on the first listening intervals time adjustable strategies, carries out process to the first listening intervals time and obtained for the 2nd listening intervals time, and the described 2nd listening intervals time is more than or equal to the described first listening intervals time.
Can one of in the following ways the first listening intervals time of process:
Mode 1) keep the value of the first listening intervals time constant; Such as, can when the quantity with the working application that real-time requires be not zero, when being also that the first electronics runs the working application having and having real-time requirement, kept for the first listening intervals time constant, to guarantee that the working application with real-time requirement can carry out data transmission in time;
Mode 2) based on the residue electricity of the first electronics, the first listening intervals time that increased obtained for the 2nd listening intervals time, the numerical value of the increase of the first listening intervals time and the residue electricity negative correlation of the first electronics, also namely remaining electricity more little, the numerical value that the first listening intervals time increased is corresponding more big;In practical application, it is possible to adopt the quantitative relation between the numerical value of negative correlation function representation residue electricity and the increase of the first listening intervals time;
Mode 3) based on the quantity of working application of the first electronics, the first listening intervals time that increased obtained for the 2nd listening intervals time, the quantity negative correlation of working application in the numerical value of the increase of the first listening intervals time and the first electronics, also namely the quantity of working application is more little, and the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the quantity of negative correlation function representation working application and the numerical value of the first listening intervals time increase;
Mode 4) based on the quantity in the first electronics with the working application that real-time requires, the first listening intervals time that increased obtained for the 2nd listening intervals time, the numerical value of the increase of the first listening intervals time and the first electronics have the quantity negative correlation of the working application that real-time requires, the quantity also namely with the working application that real-time requires is more little, and the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt negative correlation function representation to have the quantitative relation between the quantity of the working application that real-time requires and the numerical value of the first listening intervals time increase.
Step 204, when the first electronics is in the first running status, after each the 2nd listening intervals time terminates, obtains the first data by data channel from described 2nd electronics.
Process, by step 203, the 2nd listening intervals time of obtaining, after the 2nd listening intervals time arrived by data channel, carry out network data transmission via the 2nd electronics (comprise and send and/or receive data); Adopting above-mentioned mode 2) to mode 4) in either type process the 2nd listening intervals time that the first listening intervals time obtained and carry out data transmission, owing to shortening the frequency that the first electronics switches to wake-up states to carry out data transmission such that it is able to promote the duration performance ensureing the first electronics.
Embodiment two
The present embodiment records a kind of information processing method, can be applied in the first electronics as shown in Figure 2, data channel (can being connected) is set up in first electronics support based on the radio communication that IEEE802.11 sets up with the 2nd electronics, to obtain the first data by data channel from the 2nd electronics after each first listening intervals time terminates, first data are that network side issues and target equipment is the data of the first electronics, first listening intervals time can be manually arrange, can also arrange according to the data of wireless access point information interval correspondence to be passed by electronics,
As shown in Figure 4, the information processing method that the present embodiment is recorded comprises the following steps:
Step 301, obtains the first information, and the first information comprises the operating parameter of the first electronics.
The operating parameter of the first electronics can comprise following operating parameter one of at least: the residue information about power of the first electronics; The information of working application in first electronics, working application is the request application of networking to carry out data transmission in the application that runs of the first electronics, and the information of such as working application can for whether the quantity of request networking sends the quantity of application of data, request networking receives data application and working application have real-time requirement.
Step 302, when operating parameter meets pre-conditioned, judges that the first electronics is in the 2nd running status.
Can meet the following conditions at least for the moment, judge that the first electronics is in the 2nd running status:
1) the residue electricity of the first electronics is more than or equal to the first threshold value;
Percentage ratio can be adopted to represent such as 20% as example first threshold value, when only adopting condition 1) time, if the residue electricity of the first electronics is more than or equal to the 20% of whole electricity, then judge to be in the 2nd running status;
2) quantity of working application is more than or equal to Second Threshold; Such as, when adopt condition 2) judge running status time, if the quantity of working application was 1 (being greater than corresponding Second Threshold zero) in the first electronics, represents that the first electronics currently has networking demand, then judge that the first electronics is in the 2nd running status;
3) quantity with the intended application that real-time requires is more than or equal to the 3rd threshold value; Have the intended application that real-time requires refer to that the first electronics runs, require at the appointed time Intranet and the application that carries out data transmission; Such as, when only adopting condition 3) when judging running status, if the quantity with the working application that real-time requires run in the first electronics was 1 (being greater than corresponding 3rd threshold value zero), represent that the working application in the first electronics with real-time requirement has networking demand, then judge to be in the 2nd running status;
When first electronics is determined to be in the 2nd running status, in subsequent step, the first electronics will taking by wireless access point, carry out data transmission as processing target via the 2nd electronics in time.
Step 303, based on the 2nd listening intervals time adjustable strategies, carries out process to the first listening intervals time and obtained for the 2nd listening intervals time, and the described 2nd listening intervals time is less than or equals the described first listening intervals time.
Can one of in the following ways the first listening intervals time of process:
Mode 1) keep the value of the first listening intervals time constant; Such as, can when the quantity with the working application that real-time requires be not zero, when being also that the first electronics runs the working application having and having real-time requirement, kept for the first listening intervals time constant, to guarantee that the working application with real-time requirement can carry out data transmission in time;
Mode 2) based on the residue electricity of the first electronics, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the numerical value of the reduction of the first listening intervals time and the residue electricity positive correlation of the first electronics, also namely remaining electricity more big, the numerical value that the first listening intervals time reduced is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the numerical value of positive correlation function representation residue electricity and the reduction of the first listening intervals time;
Mode 3) based on the quantity of working application of the first electronics, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the quantity positive correlation of working application in the numerical value that first listening intervals time reduced and the first electronics, also namely the quantity of working application is more big, and the numerical value that the first listening intervals time reduced is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the quantity of positive correlation function representation working application and the numerical value of the first listening intervals time reduction;
Mode 4) based on the quantity in the first electronics with the working application that real-time requires, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the numerical value of the reduction of the first listening intervals time and the first electronics have the quantity positive correlation of the working application that real-time requires, the quantity also namely with the working application that real-time requires is more big, and the numerical value that the first listening intervals time reduced is corresponding more big;In practical application, it is possible to adopt positive correlation function representation to have the quantitative relation between the quantity of the working application that real-time requires and the numerical value of the first listening intervals time reduction.
Step 304, when the first electronics is in the 2nd running status, after each the 2nd listening intervals time terminates, obtains the first data by data channel from described 2nd electronics.
The 2nd listening intervals time of obtaining is processed, by data channel, carry out data transmission (comprise and send and/or receive data) via the 2nd electronics after the 2nd listening intervals time arrived by step 303; Adopting above-mentioned mode 2) to mode 4) in either type process the 2nd listening intervals time that the first listening intervals time obtained and carry out data transmission, it is possible to make the working application in the first electronics carry out data transmission in time.
Embodiment three
The present embodiment records a kind of information processing method, can be applied in the first electronics as shown in Figure 2, data channel (can being connected) is set up in first electronics support based on the radio communication that IEEE802.11 sets up with the 2nd electronics, to obtain the first data by data channel from the 2nd electronics after each first listening intervals time terminates, first data are that network side issues and target equipment is the data of the first electronics, first listening intervals time can be manually arrange, can also arrange according to the data of wireless access point information interval correspondence to be passed by electronics,
As shown in Figure 5, the information processing method that the present embodiment is recorded comprises the following steps:
Step 401, obtains the first information, and the first information comprises the operating parameter of the first electronics.
The operating parameter of the first electronics can comprise following operating parameter one of at least: the residue information about power of the first electronics; The information of working application in first electronics, working application is the request application of networking to carry out data transmission in the application that runs of the first electronics, and the information of such as working application can for whether the quantity of request networking sends the quantity of application of data, request networking receives data application and working application have real-time requirement.
Step 402, judges whether to meet pre-conditioned based on operating parameter, if met, then judges that the first electronics is in the first running status, performs step 403; Otherwise, judge that the first electronics is in the 2nd running status, perform step 404.
Can meet the following conditions at least for the moment, judge that the first electronics is in the first running status:
1) the residue electricity of the first electronics is less than or equals the first threshold value;
Percentage ratio can be adopted to represent such as 20% as example first threshold value, when only adopting condition 1) time, if the residue electricity of the first electronics is less than or equal to the 20% of whole electricity, then judge to be in the first running status;
2) quantity of working application is less than or equals Second Threshold; Such as, when adopt condition 2) judge running status time, if the quantity of working application is zero in the first electronics (corresponding Second Threshold), represents that the first electronics is not currently networked demand, then judge that the first electronics is in the first running status;
3) quantity with the intended application that real-time requires is less than or equals the 3rd threshold value; Have the intended application that real-time requires refer to that the first electronics runs, require at the appointed time Intranet and the application that carries out data transmission;Such as, when only adopting condition 3) when judging running status, if the quantity with the working application that real-time requires run in the first electronics is zero (corresponding 3rd threshold value), then judge to be in the first running status;
When first electronics is determined to be in the first running status, in subsequent step, the first electronics will remain electricity as processing target to save, to promote duration performance.
When first electronics is determined to be in the 2nd running status, in subsequent step, the first electronics will taking by wireless access point, carry out data transmission as processing target via the 2nd electronics in time.
Step 403, based on the first listening intervals time adjustable strategies, carries out process to the first listening intervals time and obtained for the 2nd listening intervals time, and the described 2nd listening intervals time is more than or equal to the described first listening intervals time.
Can one of in the following ways the first listening intervals time of process:
Mode 1) keep the value of the first listening intervals time constant; Such as, can when the quantity with the working application that real-time requires be not zero, when being also that the first electronics runs the working application having and having real-time requirement, kept for the first listening intervals time constant, to guarantee that the working application with real-time requirement can carry out data transmission in time;
Mode 2) based on the residue electricity of the first electronics, the first listening intervals time that increased obtained for the 2nd listening intervals time, the numerical value of the increase of the first listening intervals time and the residue electricity negative correlation of the first electronics, also namely remaining electricity more little, the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the numerical value of negative correlation function representation residue electricity and the increase of the first listening intervals time;
Mode 3) based on the quantity of working application of the first electronics, the first listening intervals time that increased obtained for the 2nd listening intervals time, the quantity negative correlation of working application in the numerical value of the increase of the first listening intervals time and the first electronics, also namely the quantity of working application is more little, and the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the quantity of negative correlation function representation working application and the numerical value of the first listening intervals time increase;
Mode 4) based on the quantity in the first electronics with the working application that real-time requires, the first listening intervals time that increased obtained for the 2nd listening intervals time, the numerical value of the increase of the first listening intervals time and the first electronics have the quantity negative correlation of the working application that real-time requires, the quantity also namely with the working application that real-time requires is more little, and the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt negative correlation function representation to have the quantitative relation between the quantity of the working application that real-time requires and the numerical value of the first listening intervals time increase.
Step 404, based on the 2nd listening intervals time adjustable strategies, carries out process to the first listening intervals time and obtained for the 2nd listening intervals time, and the described 2nd listening intervals time is less than or equals the described first listening intervals time.
Can one of in the following ways the first listening intervals time of process:
Mode 1) keep the value of the first listening intervals time constant; Such as, can when the quantity with the working application that real-time requires be not zero, when being also that the first electronics runs the working application having and having real-time requirement, kept for the first listening intervals time constant, to guarantee that the working application with real-time requirement can carry out data transmission in time;
Mode 2) based on the residue electricity of the first electronics, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the numerical value of the reduction of the first listening intervals time and the residue electricity positive correlation of the first electronics, also namely remaining electricity more big, the numerical value that the first listening intervals time reduced is corresponding more big;In practical application, it is possible to adopt the quantitative relation between the numerical value of positive correlation function representation residue electricity and the reduction of the first listening intervals time;
Mode 3) based on the quantity of working application of the first electronics, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the quantity positive correlation of working application in the numerical value that first listening intervals time reduced and the first electronics, also namely the quantity of working application is more big, and the numerical value that the first listening intervals time reduced is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the quantity of positive correlation function representation working application and the numerical value of the first listening intervals time reduction;
Mode 4) based on the quantity in the first electronics with the working application that real-time requires, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the numerical value of the reduction of the first listening intervals time and the first electronics have the quantity positive correlation of the working application that real-time requires, the quantity also namely with the working application that real-time requires is more big, and the numerical value that the first listening intervals time reduced is corresponding more big; In practical application, it is possible to adopt positive correlation function representation to have the quantitative relation between the quantity of the working application that real-time requires and the numerical value of the first listening intervals time reduction.
Step 405, after each the 2nd listening intervals time terminates, obtains the first data by data channel from described 2nd electronics.
The 2nd listening intervals time of obtaining is processed, by data channel, carry out data transmission (comprise and send and/or receive data) via the 2nd electronics after the 2nd listening intervals time arrived by step 403; Adopting above-mentioned mode 2) to mode 4) in either type process the 2nd listening intervals time that the first listening intervals time obtained and carry out data transmission, owing to shortening the frequency that the first electronics switches to wake-up states to carry out data transmission, it is possible to ensure the duration performance of the first electronics.
The 2nd listening intervals time of obtaining is processed, by data channel, carry out data transmission (comprise and send and/or receive data) via the 2nd electronics after the 2nd listening intervals time arrived by step 404; Adopting above-mentioned mode 2) to mode 4) in either type process the 2nd listening intervals time that the first listening intervals time obtained and carry out data transmission, it is possible to make the working application in the first electronics carry out data transmission in time.
Embodiment four
Embodiment one to embodiment three describes the process that the first listening intervals time was processed the 2nd listening intervals time that obtained by the first electronics according to the operating parameter of self, to guarantee the duration performance of self when being in the first running status, guarantee that when being in the 2nd running status working application can network to carry out data transmission in time; The technical scheme that the present embodiment is recorded also supports that user needs the scene manually arranging the listening intervals time of the first electronics, to save the time that the first electronics processed for the first listening intervals time based on operating parameter, namely user's manual configuration first listening intervals time is supported, when the non-manual configuration listening intervals time, based on operating parameter, the first listening intervals time can also be carried out dynamichandling and obtain for the 2nd listening intervals time, namely the automatic process of listening intervals time is realized, being applicable to different scenes, handiness is strong.
The present embodiment records a kind of information processing method, can be applied in the first electronics as shown in Figure 2, data channel (can being connected) is set up in first electronics support based on the radio communication that IEEE802.11 sets up with the 2nd electronics, to obtain the first data by data channel from the 2nd electronics after each first listening intervals time terminates, first data are that network side issues and target equipment is the data of the first electronics, first listening intervals time can be manually arrange, can also arrange according to the data of wireless access point information interval correspondence to be passed by electronics,
As shown in Figure 6, the information processing method that the present embodiment is recorded comprises the following steps:
Step 501, presents the 2nd information, and instruction arranges the initial value of described first listening intervals time.
The form such as image, audio frequency can present the 2nd information.
Step 502, detection the 2nd operation, if detected, then performs step 503; Otherwise, perform step 505.
Step 503, obtains triggering operation, parses the operating parameters of described 2nd operation according to triggering operation.
Step 503 is process during the first listening intervals time manually arranging the first electronics.
Step 504, arranges the initial value of the first listening intervals time, proceeds to step 505 based on the operating parameters parsed.
Step 501 to step 504 is that the triggering implemented by the first electronics according to user is when operating, the process that first electronics correspondence carries out, by manually arranging the first listening intervals time initial value, it is possible to save the first electronics based on operating parameter to the time of the first listening intervals time-triggered protocol; In practical application, often it is difficult to adopt the artificial mode arranged to configure the listening intervals time of the first electronics always, and first the running status of electronics always constantly changing, therefore, after performing step 501 to step 504, step 505 can also be performed, so that artificial the first listening intervals time arranged is carried out dynamichandling, it is achieved that to the intelligent processing method of the first listening intervals time.
Step 505, obtains the first information, and the first information comprises the operating parameter of the first electronics.
The operating parameter of the first electronics can comprise following operating parameter one of at least: the residue information about power of the first electronics; The information of working application in first electronics, working application is the request application of networking to carry out data transmission in the application that runs of the first electronics, and the information of such as working application can for whether the quantity of request networking sends the quantity of application of data, request networking receives data application and working application have real-time requirement.
Step 506, when whether meeting pre-conditioned based on operating parameter, if met, then judging that the first electronics is in the first running status, performing step 507; Otherwise, judge that the first electronics is in the 2nd running status, perform step 508.
Following condition 1 can be adopted) to condition 3) in one or more judgement conditions whether being in the first running status as the first electronics, such as can only adopt condition 1) judge, if operating parameter satisfies condition 1), then it is in the first running status; Otherwise it is in the 2nd running status: again such as, it is possible to conjugation condition 1) and condition 2) judge, if operating parameter satisfies condition 1) and condition 2), then it is in the first running status; Otherwise it is in the 2nd running status, below to condition 1) to condition 3) it is described:
1) the residue electricity of the first electronics is less than or equals the first threshold value;
Percentage ratio can be adopted to represent such as 20% as example first threshold value, when only adopting condition 1) time, if the residue electricity of the first electronics is less than or equal to the 20% of whole electricity, then judge to be in the first running status;
2) quantity of working application is less than or equals Second Threshold; Such as, when adopt condition 2) judge running status time, if the quantity of working application is zero in the first electronics (corresponding Second Threshold), represents that the first electronics is not currently networked demand, then judge that the first electronics is in the first running status;
3) quantity with the intended application that real-time requires is less than or equals the 3rd threshold value; Have the intended application that real-time requires refer to that the first electronics runs, require at the appointed time Intranet and the application that carries out data transmission; Such as, when only adopting condition 3) when judging running status, if the quantity with the working application that real-time requires run in the first electronics is zero (corresponding 3rd threshold value), then judge to be in the first running status;
When first electronics is determined to be in the first running status, in subsequent step, the first electronics will remain electricity as processing target to save, to promote duration performance.
When first electronics is determined to be in the 2nd running status, in subsequent step, the first electronics will taking by wireless access point, carry out data transmission as processing target via the 2nd electronics in time.
Step 507, based on the first listening intervals time adjustable strategies, carries out process to the first listening intervals time and obtained for the 2nd listening intervals time, and the described 2nd listening intervals time is more than or equal to the described first listening intervals time.
Can one of in the following ways the first listening intervals time of process:
Mode 1) keep the value of the first listening intervals time constant; Such as, can when the quantity with the working application that real-time requires be not zero, when being also that the first electronics runs the working application having and having real-time requirement, kept for the first listening intervals time constant, to guarantee that the working application with real-time requirement can carry out data transmission in time;
Mode 2) based on the residue electricity of the first electronics, the first listening intervals time that increased obtained for the 2nd listening intervals time, the numerical value of the increase of the first listening intervals time and the residue electricity negative correlation of the first electronics, also namely remaining electricity more little, the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the numerical value of negative correlation function representation residue electricity and the increase of the first listening intervals time;
Mode 3) based on the quantity of working application of the first electronics, the first listening intervals time that increased obtained for the 2nd listening intervals time, the quantity negative correlation of working application in the numerical value of the increase of the first listening intervals time and the first electronics, also namely the quantity of working application is more little, and the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the quantity of negative correlation function representation working application and the numerical value of the first listening intervals time increase;
Mode 4) based on the quantity in the first electronics with the working application that real-time requires, the first listening intervals time that increased obtained for the 2nd listening intervals time, the numerical value of the increase of the first listening intervals time and the first electronics have the quantity negative correlation of the working application that real-time requires, the quantity also namely with the working application that real-time requires is more little, and the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt negative correlation function representation to have the quantitative relation between the quantity of the working application that real-time requires and the numerical value of the first listening intervals time increase.
Step 508, based on the 2nd listening intervals time adjustable strategies, carries out process to the first listening intervals time and obtained for the 2nd listening intervals time, and the described 2nd listening intervals time is less than or equals the described first listening intervals time.
Can one of in the following ways the first listening intervals time of process:
Mode 1) keep the value of the first listening intervals time constant;Such as, can when the quantity with the working application that real-time requires be not zero, when being also that the first electronics runs the working application having and having real-time requirement, kept for the first listening intervals time constant, to guarantee that the working application with real-time requirement can carry out data transmission in time;
Mode 2) based on the residue electricity of the first electronics, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the numerical value of the reduction of the first listening intervals time and the residue electricity positive correlation of the first electronics, also namely remaining electricity more big, the numerical value that the first listening intervals time increased is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the numerical value of positive correlation function representation residue electricity and the reduction of the first listening intervals time;
Mode 3) based on the quantity of working application of the first electronics, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the quantity positive correlation of working application in the numerical value that first listening intervals time reduced and the first electronics, also namely the quantity of working application is more big, and the numerical value that the first listening intervals time reduced is corresponding more big; In practical application, it is possible to adopt the quantitative relation between the quantity of positive correlation function representation working application and the numerical value of the first listening intervals time reduction;
Mode 4) based on the quantity in the first electronics with the working application that real-time requires, the first listening intervals time that reduced obtained for the 2nd listening intervals time, the numerical value of the reduction of the first listening intervals time and the first electronics have the quantity positive correlation of the working application that real-time requires, the quantity also namely with the working application that real-time requires is more big, and the numerical value that the first listening intervals time reduced is corresponding more big; In practical application, it is possible to adopt positive correlation function representation to have the quantitative relation between the quantity of the working application that real-time requires and the numerical value of the first listening intervals time reduction.
Step 509, after each the 2nd listening intervals time terminates, obtains the first data by data channel from described 2nd electronics.
The 2nd listening intervals time of obtaining is processed, by data channel, carry out data transmission (comprise and send and/or receive data) via the 2nd electronics after the 2nd listening intervals time arrived by step 507; Adopting above-mentioned mode 2) to mode 4) in either type process the 2nd listening intervals time that the first listening intervals time obtained and carry out data transmission, owing to shortening the frequency that the first electronics switches to wake-up states to carry out data transmission, it is possible to ensure the duration performance of the first electronics.
The 2nd listening intervals time of obtaining is processed, by data channel, carry out data transmission (comprise and send and/or receive data) via the 2nd electronics after the 2nd listening intervals time arrived by step 508; Adopting above-mentioned mode 2) to mode 4) in either type process the 2nd listening intervals time that the first listening intervals time obtained and carry out data transmission, it is possible to make the working application in the first electronics carry out data transmission in time.
Embodiment seven
The present embodiment records a kind of first electronics, and as shown in Figure 7a, described first electronics comprises:
Communication unit 10, for setting up data channel with the 2nd electronics, to obtain the first data by described data channel from described 2nd electronics after each first listening intervals time terminates, described first data are that network side issues and target equipment is the data of described first electronics;
Described first electronics also comprises:
First acquiring unit 20, for obtaining the first information, the described first information comprises the operating parameter of described first electronics;
First determining unit 30, for based on the described first information, it is determined that the running status residing for described first electronics;
2nd determining unit 40, for the listening intervals time adjustable strategies corresponding based on determined running status, processes the described first listening intervals time, obtained for the 2nd listening intervals time;
Described communication unit 10, also for, in the running status residing for described first electronics, the 2nd listening intervals time described in each obtains described first data by described data channel from described 2nd electronics after terminating.
Implementing mode as one, the described first information comprises following information one of at least:
The residue information about power of described first electronics;
The information of working application in described first electronics, described working application is the application that in described first electronics, request is networked and carried out data transmission.
Implementing mode as one, described first determining unit 30 is also for when meeting the following conditions at least for the moment, judging that described first electronics is in the first running status:
The residue electricity of described first electronics is less than or equals the first threshold value;
The quantity of described working application is less than or equals Second Threshold;
The quantity with the described working application that real-time requires is less than or equals the 3rd threshold value;
When meeting the following conditions at least for the moment, judge that described first electronics is in the 2nd running status:
The residue electricity of described first electronics is greater than described first threshold value;
The quantity of described working application is greater than described Second Threshold;
The quantity with the described working application that real-time requires is greater than described 3rd threshold value.
Implementing mode as one, described 2nd determining unit 40 is also for obtaining the described 2nd listening intervals time based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is more than or equal to the described first listening intervals time.
Implementing mode as one, described 2nd determining unit 40 is also for obtaining the described 2nd listening intervals time based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is less than or equals the described first listening intervals time.
Implementing mode as one, as shown in Figure 7b, described first electronics can also comprise:
Display unit 50, before obtaining the first information in described acquiring unit, presents the 2nd information, and described 2nd information is used to indicate the initial value arranging the described first listening intervals time;
2nd acquiring unit 60, for obtaining triggering operation, parses the operating parameters of described triggering operation according to described triggering operation;
Resolution unit 70, for arranging the initial value of described first listening intervals time based on the operating parameters parsed.
Display unit 50 form such as image, audio frequency can present the 2nd information; Such as show the 2nd information at tactile control display screen and receive triggering operation by touching control display screen; Or play the 2nd information by microphone, and receive triggering operation by input units such as keyboard, tactile control display screens.
In practical application, communication unit 10 can support that communication protocol such as the microprocessor of IEEE802.11 or logic programmable gate array (FPGA) realize in first electronics;First acquiring unit 20, first determining unit 30, the 2nd determining unit 40, the 2nd acquiring unit 60, resolution unit 70 can by the microprocessor in the first electronics or logic programmable gate arrays (FPGA); Display unit 50 can be realized by input units such as the tactile control display screen of the first electronics, microphone, keyboards.
One of ordinary skill in the art will appreciate that: all or part of step realizing aforesaid method embodiment can be completed by the hardware that programmed instruction is relevant, aforesaid program can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising aforesaid method embodiment; And aforesaid storage media comprises: mobile storage equipment, read-only storage (ROM, Read-OnlyMemory), random access memory (RAM, RandomAccessMemory), magnetic disc or CD etc. various can be program code stored medium.
Or, if the above-mentioned integrated unit of the present invention realize using the form of software function module and as independent production marketing or when using, it is also possible to be stored in a computer read/write memory medium. Based on such understanding, the technical scheme of the embodiment of the present invention in essence or says that part prior art contributed can embody with the form of software product, this computer software product is stored in a storage media, comprises some instructions with so that a computer equipment (can be Personal Computer, server or the network equipment etc.) performs all or part of of method described in each embodiment of the present invention. And aforesaid storage media comprises: mobile storage equipment, ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.
The above; it is only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, any it is familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention. Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (12)
1. an information processing method, it is applied in the first electronics, it is characterized in that, data channel set up by described first electronics support and the 2nd electronics, to obtain the first data by described data channel from described 2nd electronics after each first listening intervals time terminates, described first data are that network side issues and target equipment is the data of described first electronics;
Described method comprises:
Obtaining the first information, the described first information comprises the operating parameter of described first electronics;
Based on the described first information, it is determined that the running status residing for described first electronics;
Based on the listening intervals time adjustable strategies that determined running status is corresponding, the described first listening intervals time is processed, obtained for the 2nd listening intervals time;
In the running status residing for described first electronics, the 2nd listening intervals time described in each obtains described first data by described data channel from described 2nd electronics after terminating.
2. method according to claim 1, it is characterised in that, the described first information comprises following information one of at least:
The residue information about power of described first electronics;
The information of working application in described first electronics, described working application is the application that in described first electronics, request is networked and carried out data transmission.
3. method according to claim 1, it is characterised in that, described based on the described first information, it is determined that the running status residing for described first electronics, comprising:
When meeting the following conditions at least for the moment, judge that described first electronics is in the first running status:
The residue electricity of described first electronics is less than or equals the first threshold value;
The quantity of described working application is less than or equals Second Threshold;
The quantity with the described working application that real-time requires is less than or equals the 3rd threshold value;
When meeting the following conditions at least for the moment, judge that described first electronics is in the 2nd running status:
The residue electricity of described first electronics is greater than described first threshold value;
The quantity of described working application is greater than described Second Threshold;
The quantity with the described working application that real-time requires is greater than described 3rd threshold value.
4. method according to claim 3, it is characterized in that, when described first electronics is in described first running status, based on the listening intervals time adjustable strategies that determined running status is corresponding, the described first listening intervals time is processed, obtained for the 2nd listening intervals time, comprising:
The described 2nd listening intervals time is obtained based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is more than or equal to the described first listening intervals time.
5. method according to claim 3, it is characterized in that, when described first electronics is in described 2nd running status, based on the listening intervals time adjustable strategies that determined running status is corresponding, the described first listening intervals time is processed, obtained for the 2nd listening intervals time, comprising:
The described 2nd listening intervals time is obtained based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is less than or equals the described first listening intervals time.
6. method according to the arbitrary item of claim 1 to 5, it is characterised in that, before obtaining the first information, described method also comprises:
Presenting the 2nd information, described 2nd information is used to indicate the initial value arranging the described first listening intervals time;
Acquisition triggering operates, and parses the operating parameters of described triggering operation according to described triggering operation;
The initial value of described first listening intervals time is set based on the operating parameters parsed.
7. an electronics, it is characterised in that, described first electronics comprises:
Communication unit, for setting up data channel with the 2nd electronics, to obtain the first data by described data channel from described 2nd electronics after each first listening intervals time terminates, described first data are that network side issues and target equipment is the data of described first electronics;
Described first electronics also comprises:
First acquiring unit, for obtaining the first information, the described first information comprises the operating parameter of described first electronics;
First determining unit, for based on the described first information, it is determined that the running status residing for described first electronics;
2nd determining unit, for the listening intervals time adjustable strategies corresponding based on determined running status, processes the described first listening intervals time, obtained for the 2nd listening intervals time;
Described communication unit, also for, in the running status residing for described first electronics, the 2nd listening intervals time described in each obtains described first data by described data channel from described 2nd electronics after terminating.
8. the first electronics according to claim 7, it is characterised in that, the described first information comprises following information one of at least:
The residue information about power of described first electronics;
The information of working application in described first electronics, described working application is the application that in described first electronics, request is networked and carried out data transmission.
9. the first electronics according to claim 7, it is characterised in that,
Described first determining unit is also for when meeting the following conditions at least for the moment, judging that described first electronics is in the first running status:
The residue electricity of described first electronics is less than or equals the first threshold value;
The quantity of described working application is less than or equals Second Threshold;
The quantity with the described working application that real-time requires is less than or equals the 3rd threshold value;
When meeting the following conditions at least for the moment, judge that described first electronics is in the 2nd running status:
The residue electricity of described first electronics is greater than described first threshold value;
The quantity of described working application is greater than described Second Threshold;
The quantity with the described working application that real-time requires is greater than described 3rd threshold value.
10. the first electronics according to claim 9, it is characterised in that, described 2nd determining unit is also for obtaining the described 2nd listening intervals time based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is more than or equal to the described first listening intervals time.
11. first electronicss according to claim 9, it is characterised in that, described 2nd determining unit is also for obtaining the described 2nd listening intervals time based on the described first listening intervals time; Wherein,
The described 2nd listening intervals time is less than or equals the described first listening intervals time.
12. the first electronicss according to the arbitrary item of claim 7 to 11, it is characterised in that, described first electronics also comprises:
Display unit, before obtaining the first information in described acquiring unit, presents the 2nd information, and described 2nd information is used to indicate the initial value arranging the described first listening intervals time;
2nd acquiring unit, for obtaining triggering operation, parses the operating parameters of described triggering operation according to described triggering operation;
Resolution unit, for arranging the initial value of described first listening intervals time based on the operating parameters parsed.
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Application publication date: 20160615 |