CN103327585A - Communication terminal and communication method thereof - Google Patents
Communication terminal and communication method thereof Download PDFInfo
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- CN103327585A CN103327585A CN2013102018359A CN201310201835A CN103327585A CN 103327585 A CN103327585 A CN 103327585A CN 2013102018359 A CN2013102018359 A CN 2013102018359A CN 201310201835 A CN201310201835 A CN 201310201835A CN 103327585 A CN103327585 A CN 103327585A
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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 invention discloses a communication terminal and a communication method of the communication terminal. The communication method of the communication terminal comprises the steps that after a communication service is received, whether the communication service is a real-time service or not is judged; if the communication service is a non-real-time service, whether an application processor is in a dormant state or not is judged; if the application processor is in the dormant state, the non-real-time service is cached, and the application processor is not woken up; when the dormant state of the application processor is broken, the application processor is informed of processing the non-real-time service. Therefore, the power consumption of the communication terminal is reduced and the time of endurance of a battery is prolonged.
Description
Technical field
The present invention relates to communication technical field, especially relate to a kind of communication terminal and communication means thereof.
Background technology
In the information age, various communication terminals, especially mobile phone has become the indispensable equipment of people's daily life.The development of smart mobile phone makes the function of communication terminal from strength to strength, but also causes the power consumption quantitative change large simultaneously, and the flying power of communication terminal becomes the important indicator of weighing the terminal quality.
In order to save electric weight, when the long-time inoperation communication terminal of user, communication terminal can be put out screen and enter holding state, and the application processor of communication terminal also can enter resting state simultaneously.The communication service that communication terminal receives can be divided into real time business and non-real-time service from result of use, and real time business needs the user to process in real time usually, and non-real-time service does not need the user to process in real time.Existing communication terminal, the communication service of no matter receiving are real time business or non-real-time service, and no matter application processor is in resting state or state of activation, all can notify the application processor real-time processing communication professional.Thereby, even communication terminal receives the non-real-time service that does not need the user to process in real time, also can wake application processor up, so that application processor is in state of activation for a long time, increased power consumption, shortened the cruising time of battery.
Summary of the invention
Main purpose of the present invention is to provide a kind of communication terminal and communication means thereof, is intended to reduce the power consumption of communication terminal, prolongs battery life.
To achieve these objectives, the present invention proposes a kind of communication means of communication terminal, it is characterized in that, comprises step:
After receiving communication service, judge whether described communication service is real time business;
If described communication service is non-real-time service, judge whether application processor is in resting state;
If described application processor is in resting state, the described non-real-time service of buffer memory.
Preferably, also comprise after the step of the described non-real-time service of described buffer memory:
Behind described application processor breaking dormancy state, notify described application processor processes described non-real-time service.
Preferably, describedly judge application processor also comprises after whether being in the step of resting state:
If described application processor is in non-resting state, notify described application processor processes described non-real-time service.
Preferably, whether the described communication service of described judgement also comprises after the step of real time business:
If described communication service is real time business, notify described application processor processes described real time business.
Preferably, described real time business comprises speech business or VoIP business, and described non-real-time service comprises short message service, MMS or data service.
The present invention proposes a kind of communication terminal simultaneously, comprises modulator-demodulator, application processor and analysis judge module, wherein:
Analyze judge module, be used for judging whether communication service is real time business, when judging described communication service as non-real-time service, judges whether application processor is in resting state again, and judged result is sent to described modulator-demodulator;
Modulator-demodulator is used for received communication professional, is non-real-time service and described application processor when being in the judged result of resting state receiving described communication service, the described non-real-time service of buffer memory;
Application processor is used for and the described communication service of described modulator-demodulator Coordination Treatment.
Preferably, described analysis judge module is used for when judging that described application processor is in resting state, the described application processor of real-time judge breaking dormancy state whether again, and judged result sent to described modulator-demodulator;
Described modulator-demodulator is used for notifying described application processor processes described non-real-time service when receiving the judged result of described application processor breaking dormancy state.
Preferably, it is non-real-time service that described modulator-demodulator is used for receiving described communication service, and described application processor notifies described application processor processes described non-real-time service when being in the judged result of non-resting state.
Preferably, described modulator-demodulator is used for notifying described application processor processes described real time business when receiving described communication service and be the judged result of real time business.
Preferably, described real time business comprises speech business or VoIP business, and described non-real-time service comprises short message service, MMS or data service.
The communication means of a kind of communication terminal provided by the present invention considers the real-time of communication service and the operating state of application processor, in the situation that application processor is in resting state differentiated treatment real time business and non-real-time service.When receiving real time business and application processor and be in resting state, do not wake application processor up, but the described non-real-time service of buffer memory; Behind application processor breaking dormancy state, reinform the described non-real-time service of application processor processes.Therefore reduce the power consumption of communication terminal, prolonged battery life.
Description of drawings
Fig. 1 is the flow chart of communication means one embodiment of communication terminal of the present invention;
Fig. 2 is the structured flowchart of communication terminal one embodiment of the present invention.
The realization of the object of the invention, functional characteristics and advantage are described further with reference to accompanying drawing in connection with embodiment.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.
Referring to Fig. 1, communication means one embodiment of communication terminal of the present invention is proposed, described communication means may further comprise the steps:
The communication service that step S101, received communication system send.
The communication service that the modulator-demodulator of communication terminal sends by cordless communication network received communication system, described communication service comprises real time business and non-real-time service, its real-time is divided from result of use, the feature of real time business is the network real-time Transmission, need the user to process in real time, such as speech business or network telephone service (VoIP, Voice over Internet Protocol); The feature of non-real-time service is that Internet Transmission is non real-time, does not need the user to process in real time, such as short message service, MMS or data service.
Step S102, judge whether communication service is real time business.
Communication terminal judges that the communication service that receives is real time business or non-real-time service, if real time business then enters step S103; If non-real-time service then enters step S104.
Step S103, notice application processor processes real time business.
If real time business needs the user to process in real time, no matter the application processor of communication terminal is in resting state or state of activation, all needs to notify described application processor processes this real time business.After communication terminal is notified, and coordinate between the modulator-demodulator, interaction process, the communication service of finishing between the homologous ray is mutual; Application processor with carrying out man-machine interaction between the user, is finally finished the processing of real time business again.Connecting phone, conversation, end of conversation such as the user hangs up the telephone etc.
Step S104, judge whether application processor is in resting state.
If non-real-time service does not need the user to process in real time, judge further that then application processor is in resting state or state of activation.If application processor is in non-resting state, namely be in state of activation, then enter step S105; If application processor is in resting state, then enter step S106.
Step S105, notice application processor processes non-real-time service.
If application processor is in state of activation, modulator-demodulator then notifies application processor processes described real time business.After communication terminal is notified, and coordinate between the modulator-demodulator, interaction process, the communication service of finishing between the homologous ray is mutual; Application processor with carrying out man-machine interaction between the user, is finally finished the processing of non-real-time service again.Such as accepting note, the answer short message acknowledge message, the user reads note, answer short message, and the PUSH message, the user that accept multimedia message download multimedia message, the transmission of data service, broadcast of video etc.
Step S106, buffer memory non-real-time service.
In order to save electric weight, the application processor of communication terminal can regularly enter resting state, the screen of communication terminal extinguishes, communication terminal is in holding state, and do not exist the user with the man-machine interaction of communication terminal this moment, and the user generally only pays close attention to the real time business that communication system sends.Therefore, when communication service is non-real-time service, and application processor is when being in resting state, just need not wake application processor up and increases power consumption.Only need to finish communication service interworking between the homologous ray by modulator-demodulator, transmission such as the reception of note, affirmation, reception report, the reception of the PUSH message of multimedia message, the reception of data service, acknowledge character (ACK, Acknowledgement) answer etc., the simultaneously described non-real-time service of buffer memory.
Step S107, behind application processor breaking dormancy state, notice application processor processes non-real-time service.
After the user initiatively lights screen or communication terminal and receives real time business, described application processor is waken up activation, the breaking dormancy state, this moment, modulator-demodulator sent to application processor to the non-real-time service of buffer memory, the described non-real-time service of notice application processor processes.Notify the user to receive new message, new multimedia message or receive new multimedia etc. such as communication terminal, whether the user checks new message according to own demand decision, downloads new multimedia message, finishing man-machine interaction.
Accordingly, the communication means of the communication terminal of the present embodiment considers the real-time of communication service and the operating state of application processor, in the situation that application processor is in resting state differentiated treatment real time business and non-real-time service.When receiving real time business and application processor and be in resting state, do not wake application processor up, behind application processor breaking dormancy state, reinform the described non-real-time service of application processor processes.Therefore reduce the power consumption of communication terminal, prolonged battery life.
Referring to Fig. 2, communication terminal one embodiment of the present invention is proposed, described communication terminal 100 comprises application processor 110, modulator-demodulator 120 and analysis judge module 130, wherein:
Analyze judge module 130: be used for judging the real-time of communication service and the operating state of application processor 110.Receive the communication service of communication system transmission at modulator-demodulator 120 after, it judges at first whether communication service is real time business, when judging described communication service as non-real-time service, judges whether application processor 110 is in resting state again; When judging that application processor 110 is in resting state, continue to detect and judge whether breaking dormancy state of described application processor 110.Simultaneously above-mentioned judged result is sent to described modulator-demodulator 120.
The real-time of described communication service is divided from result of use, and the feature of real time business is the network real-time Transmission, needs the user to process in real time, such as speech business or network telephone service (VoIP, Voice over Internet Protocol); The feature of non-real-time service is that Internet Transmission is non real-time, does not need the user to process in real time, such as short message service, MMS or data service.The operating state of described application processor 110 comprises resting state and state of activation (non-resting state), when communication terminal for power saving, when extinguishing screen and entering holding state, application processor 110 just enters resting state.
Modulator-demodulator 120: be used for the modulation /demodulation of communication service, the air interface technologies of homologous ray is mutual.It passes through the communication service that cordless communication network received communication system sends, and this communication service is sent to application processor 110, and notice application processor 110 is processed these real time business.
Modulator-demodulator 120 is the judged result of receiving and analyzing judge module 130 simultaneously, when modulator-demodulator 120 receives described communication service and is the judged result of real time business, no matter application processor 110 is in resting state or state of activation, all in time described real time business is sent to application processor 110, notice application processor 110 is processed this real time business.
Be non-real-time service when modulator-demodulator 120 receives described communication service, and when described application processor 110 is in the judged result of non-resting state, equally in time described non-real-time service is sent to application processor 110, notice application processor 110 is processed this non-real-time service.
Be non-real-time service when modulator-demodulator receives described communication service, and when described application processor 110 is in the judged result of resting state, need not to wake up application processor 110 and increase power consumption, only need to finish communication service interworking between the homologous ray by modulator-demodulator 120, transmission such as the reception of note, affirmation, reception report, the reception of the PUSH message of multimedia message, the reception of data service, acknowledge character (ACK, Acknowledgement) answer etc., the simultaneously described non-real-time service of buffer memory.Subsequently, receive the judged result of described application processor 110 breaking dormancy states when modulator-demodulator 120 after, illustrate that the user has initiatively lighted screen or communication terminal has received real time business and cause application processor 110 to be waken up activation, this moment, modulator-demodulator 120 sent to application processor 110 to the non-real-time service of buffer memory again, and notice application processor 110 is processed described non-real-time service.Notify the user to receive new message, new multimedia message or receive new multimedia etc. such as communication terminal 100, whether the user checks new message according to own demand decision, downloads new multimedia message, finishing man-machine interaction.
Application processor 110: be used for finishing and use processing, communication service, multimedia service etc., finish communication terminal 100 with user's man-machine interaction.After application processor 110 is received the communication service that modulator-demodulator 120 is sent and processed the notice of described communication service, together coordinate with modulator-demodulator 120, interaction process, the communication service of finishing between the homologous ray is mutual; Application processor 110 with carrying out man-machine interaction between the user, is finally finished the processing of communication service again.Such as accepting note, the answer short message acknowledge message, the user reads note, answer short message, and the PUSH message, the user that accept multimedia message download multimedia message, the transmission of data service, the broadcast of video, the user connects phone, conversation, end of conversation and hangs up the telephone etc.
Accordingly, the communication terminal 100 of the present embodiment, consider the real-time of communication service and the operating state of application processor 110 by analyzing judge module 130, be in situation downward modulation modem 120 differentiated treatment real time business and the non-real-time services of resting state at application processor 110.When modulator-demodulator 120 receives real time business and application processor 110 and is in resting state, modulator-demodulator 120 does not wake application processor 110 up, behind application processor 110 breaking dormancy states, reinform application processor 110 and process described non-real-time service.Therefore reduce the power consumption of communication terminal 100, prolonged battery life.
Should be understood that; below only be the preferred embodiments of the present invention; can not therefore limit claim of the present invention; every equivalent structure or equivalent flow process conversion that utilizes specification of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present invention.
Claims (10)
1. the communication means of a communication terminal is characterized in that, comprises step:
After receiving communication service, judge whether described communication service is real time business;
If described communication service is non-real-time service, judge whether application processor is in resting state;
If described application processor is in resting state, the described non-real-time service of buffer memory.
2. the communication means of communication terminal according to claim 1 is characterized in that, also comprises after the step of the described non-real-time service of described buffer memory:
Behind described application processor breaking dormancy state, notify described application processor processes described non-real-time service.
3. the communication means of communication terminal according to claim 1 and 2 is characterized in that, describedly judges application processor also comprises after whether being in the step of resting state:
If described application processor is in non-resting state, notify described application processor processes described non-real-time service.
4. the communication means of communication terminal according to claim 1 and 2 is characterized in that, whether the described communication service of described judgement also comprises after the step of real time business:
If described communication service is real time business, notify described application processor processes described real time business.
5. the communication means of communication terminal according to claim 1 and 2 is characterized in that, described real time business comprises speech business or VoIP business, and described non-real-time service comprises short message service, MMS or data service.
6. a communication terminal is characterized in that, comprises modulator-demodulator, application processor and analysis judge module, wherein:
Analyze judge module, be used for judging whether communication service is real time business, when judging described communication service as non-real-time service, judges whether application processor is in resting state again, and judged result is sent to described modulator-demodulator;
Modulator-demodulator is used for received communication professional, is non-real-time service and described application processor when being in the judged result of resting state receiving described communication service, the described non-real-time service of buffer memory;
Application processor is used for and the described communication service of described modulator-demodulator Coordination Treatment.
7. communication terminal according to claim 6, it is characterized in that, described analysis judge module is used for when judging that described application processor is in resting state, the described application processor of real-time judge breaking dormancy state whether again, and judged result sent to described modulator-demodulator;
Described modulator-demodulator is used for notifying described application processor processes described non-real-time service when receiving the judged result of described application processor breaking dormancy state.
8. according to claim 6 or 7 described communication terminals, it is characterized in that, it is non-real-time service that described modulator-demodulator is used for receiving described communication service, and described application processor notifies described application processor processes described non-real-time service when being in the judged result of non-resting state.
9. according to claim 6 or 7 described communication terminals, it is characterized in that, described modulator-demodulator is used for notifying described application processor processes described real time business when receiving described communication service and be the judged result of real time business.
10. according to claim 6 or 7 described communication terminals, it is characterized in that, described real time business comprises that speech business or VoIP are professional, and described non-real-time service comprises short message service, MMS or data service.
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