CN106231567B - Communication method and communication management device - Google Patents
Communication method and communication management device Download PDFInfo
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- CN106231567B CN106231567B CN201610618793.2A CN201610618793A CN106231567B CN 106231567 B CN106231567 B CN 106231567B CN 201610618793 A CN201610618793 A CN 201610618793A CN 106231567 B CN106231567 B CN 106231567B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/06—Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
- H04W4/08—User group management
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W8/00—Network data management
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- H04W8/24—Transfer of terminal data
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Abstract
The invention provides a communication method and a communication management device, when detecting that a communication terminal group is in a preset state, selecting at least one communication terminal from the communication terminal group as a main communication terminal, and selecting at least one communication terminal as a slave communication terminal corresponding to the main communication terminal; the slave communication terminal reports the communication identification information to the corresponding master communication terminal; and when the master communication terminal is in a communication idle mode opening state and the slave communication terminal is in a communication idle mode closing state, the master communication terminal acquires the communication service information of the slave communication terminal through the communication identification information of the slave communication terminal. When the slave communication terminal in the communication terminal group is in the communication idle mode closing state, the master communication terminal can acquire the communication service information of the slave communication terminal according to the communication identification information of the slave communication terminal for communication in the communication idle mode, so that the normal processing of the communication service information of the slave communication terminal is ensured, and the user experience is improved.
Description
Technical Field
The present invention relates to the field of communications, and in particular, to a communication method and a communication management apparatus.
Background
With the popularization and development of communication terminals, users have more and more requirements on the communication terminals, and the current communication terminals start a communication idle time mode of the communication terminals, acquire communication service information of the communication terminals according to communication identification information of the communication terminals and perform normal communication services; generally, a communication terminal cannot acquire the service information of other communication terminals, so that a user cannot achieve the purpose of acquiring the service information of other communication terminals through a certain communication terminal in a communication terminal group, and the user experience is poor.
Disclosure of Invention
The communication method and the communication management device provided by the embodiment of the invention mainly solve the technical problem that the communication service information of the communication terminal in the communication terminal group in the prior art cannot be normally processed when the communication terminal is in a communication idle mode closing state.
To solve the foregoing technical problem, an embodiment of the present invention provides a communication method, including:
when detecting that the communication terminal group is in a preset state, selecting at least one communication terminal from the communication terminal group as a main communication terminal, and selecting at least one communication terminal as a slave communication terminal corresponding to the main communication terminal; the communication terminal group at least comprises two communication terminals;
the slave communication terminal reports the communication identification information to the corresponding master communication terminal;
and when the master communication terminal is in a communication idle mode opening state and the slave communication terminal is in a communication idle mode closing state, the master communication terminal acquires the communication service information of the slave communication terminal through the communication identification information of the slave communication terminal.
Wherein, the communication terminal group includes: each communication terminal establishes a communication terminal group formed by near field communication.
Wherein, detecting that the communication terminal group is in a preset state comprises:
respectively detecting first power consumption when each communication terminal in the communication terminal group is in a communication idle time mode and second power consumption when each communication terminal in the communication terminal group is in a short-distance wireless communication mode;
and if the first power consumption of at least one communication terminal in the communication terminal group is larger than the second power consumption, judging that the communication terminal group is in a preset state.
The method for selecting at least one communication terminal from the communication terminal group as a master communication terminal and selecting at least one communication terminal as a slave communication terminal corresponding to the master communication terminal comprises at least one of the following modes:
acquiring current communication capacity information of each communication terminal in the communication terminal group, and selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to the current communication capacity information;
selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a preset communication terminal selection rule;
and selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a communication terminal selection instruction input by a user.
After the master communication terminal acquires the communication service information of the slave communication terminal, the method further comprises the following steps:
the main communication terminal carries out communication service processing locally according to the communication service information; or
Enabling the master communication terminal to establish short-range wireless communication with the slave communication terminal, and forwarding the communication service information to the slave communication terminal through the short-range wireless communication; or
And enabling the master communication terminal to send a communication idle-time mode starting instruction to the slave communication terminal, enabling the slave communication terminal to start a communication idle-time mode, and acquiring corresponding communication service information.
An embodiment of the present invention further provides a communication management apparatus, including:
the selection module is used for selecting at least one communication terminal from the communication terminal group as a main communication terminal and selecting at least one communication terminal as a slave communication terminal corresponding to the main communication terminal when the communication terminal group is detected to be in a preset state; the communication terminal group at least comprises two communication terminals;
a communication identification information reporting module, which is used for enabling the slave communication terminal to report the communication identification information to the corresponding master communication terminal;
and the communication service information acquisition module is used for enabling the master communication terminal to acquire the communication service information of the slave communication terminal through the communication identification information of the slave communication terminal when the master communication terminal is in a communication idle mode opening state and the slave communication terminal is in a communication idle mode closing state.
Wherein, the communication terminal group includes: each communication terminal establishes a communication terminal group formed by near field communication.
Wherein, still include detection module, detection module is used for:
respectively detecting first power consumption when each communication terminal in the communication terminal group is in a communication idle time mode and second power consumption when each communication terminal in the communication terminal group is in a short-distance wireless communication mode;
and if the first power consumption of at least one communication terminal in the communication terminal group is larger than the second power consumption, judging that the communication terminal group is in a preset state.
Wherein the selection module is further configured to:
acquiring current communication capacity information of each communication terminal in the communication terminal group, and selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to the current communication capacity information;
selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a preset communication terminal selection rule;
and selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a communication terminal selection instruction input by a user.
The system further comprises a communication service information processing module, wherein the communication service information processing module is used for:
the main communication terminal carries out communication service processing locally according to the communication service information; or
Enabling the master communication terminal to establish short-range wireless communication with the slave communication terminal, and forwarding the communication service information to the slave communication terminal through the short-range wireless communication; or
And enabling the master communication terminal to send a communication idle-time mode starting instruction to the slave communication terminal, enabling the slave communication terminal to start a communication idle-time mode, and acquiring corresponding communication service information.
The invention has the beneficial effects that:
the embodiment of the invention provides a communication method and a communication management device, when detecting that a communication terminal group is in a preset state, selecting at least one communication terminal from the communication terminal group as a main communication terminal, and selecting at least one communication terminal as a slave communication terminal corresponding to the main communication terminal; the slave communication terminal reports the communication identification information to the corresponding master communication terminal; and when the master communication terminal is in a communication idle mode opening state and the slave communication terminal is in a communication idle mode closing state, the master communication terminal acquires the communication service information of the slave communication terminal through the communication identification information of the slave communication terminal. Compared with the mode that the communication terminals in the communication terminal group all start the communication idle-time mode and acquire the communication identification information of the communication terminals in the prior art, when the slave communication terminals in the communication terminal group are in the communication idle-time mode closing state, the master communication terminal can acquire the communication service information of the slave communication terminal according to the communication identification information of the slave communication terminal, which is used for carrying out communication idle-time mode communication, so that the normal processing of the communication service information of the slave communication terminal is ensured, and the user experience is improved.
Drawings
Fig. 1 is a flowchart of a communication method according to a first embodiment of the present invention;
fig. 2 is a schematic diagram of a communication management apparatus according to a second embodiment of the present invention;
fig. 3 is a flowchart of a communication method according to a third embodiment of the present invention;
fig. 4 is a schematic diagram of a location of a communication terminal according to a third embodiment of the present invention.
Detailed Description
The following describes embodiments of the present invention in further detail with reference to the accompanying drawings.
The first embodiment is as follows:
the present embodiment provides a communication method, please refer to fig. 1, which specifically includes:
step S101, when detecting that the communication terminal group is in a preset state, selecting at least one communication terminal from the communication terminal group as a main communication terminal, and selecting at least one communication terminal as a slave communication terminal corresponding to the main communication terminal; the communication terminal group includes at least two communication terminals.
Specifically, the communication method provided in this embodiment includes presetting a communication terminal group, where the communication terminal group includes at least two communication terminals. The communication terminal group in this embodiment includes a communication terminal group formed by each communication terminal establishing near field communication; that is, the communication terminal group set in the communication method provided in this embodiment may be specifically selected according to the location of each communication terminal, for example, when a plurality of user communication terminals are in the same area where short-range wireless communication can be established, the communication terminals that can establish short-range communication are combined to form the communication terminal group.
In this embodiment, detecting that the communication terminal group is in the preset state includes: respectively detecting first power consumption when each communication terminal in the communication terminal group is in a communication idle time mode and second power consumption when each communication terminal in the communication terminal group is in a short-distance wireless communication mode; and if the first power consumption of at least one communication terminal in the communication terminal group is larger than the second power consumption, judging that the communication terminal group is in a preset state. Specifically, the preset state in this embodiment may be that at least one communication terminal in the communication terminal group is in a weak signal area or a no signal area, and since the transmission power of the communication terminal is higher in the process of performing base station search in the weak signal area or the no signal area, the power consumption of the communication terminal is higher than the power consumption in a normal signal area, so that the power consumption rate of the communication terminal is increased. In this case, since the power consumption of the communication terminal for performing communication by the short-range wireless communication method is smaller than the power consumption for performing communication in the communication idle mode, when it is detected that the first power consumption of at least one communication terminal of the communication terminal group in the communication idle mode is larger than the second power consumption in the short-range wireless communication mode, the communication terminal group is considered to be in the preset state. Further, detecting a first power consumption of each communication terminal in the communication terminal group in the communication idle time mode and a second power consumption of each communication terminal in the short-range wireless communication mode, specifically, each communication terminal detects the first power consumption of each communication terminal in the communication idle time mode and the second power consumption of each communication terminal in the short-range wireless communication mode; specifically, each communication terminal sets a communication mode of the communication terminal to be a communication idle mode opening state and a short-distance wireless communication mode closing state, and first power consumption of the communication terminal in preset time is obtained; and then setting the communication mode to be a communication idle mode closing state and a short-distance wireless communication mode opening state, and acquiring second power consumption of the communication terminal within the same preset time. Further, in order to ensure the accuracy of the measured first power consumption and the second power consumption, other running applications at the communication terminal may be closed when the first power consumption and the second power consumption are counted, or it is ensured that the states of the communication terminal are substantially consistent when the first power consumption and the second power consumption are measured as much as possible. In addition, in this embodiment, the communication terminal group is in a weak signal area or a no signal area, and the determination may be performed by determining whether the communication signal strength of at least one communication terminal in the communication terminal group is smaller than a preset signal strength threshold; the communication terminal can be considered to be in a weak signal area or a no signal area when the communication signal intensity of the communication terminal is less than the preset signal intensity. Judging whether the communication terminal group is in a preset state or not, wherein the judgment can be that the first power consumption information of other terminals is counted by any communication terminal in the designated communication terminal group, and whether the communication terminal with the first power consumption larger than the second power consumption exists or not is judged in a unified manner; or each communication terminal can generate alarm information when the first power consumption of the communication terminal is larger than the second power consumption, and report the alarm information to the communication terminal which is appointed in the communication terminal group and used for judging whether the communication terminal group is in the preset state, so that the communication terminal judges whether the communication terminal group is in the preset state.
Further, in this embodiment, selecting at least one communication terminal from the communication terminal group as a master communication terminal, and selecting at least one communication terminal as a slave communication terminal corresponding to the master communication terminal includes at least one of the following manners: acquiring current communication capacity information of each communication terminal in the communication terminal group, and selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to the current communication capacity information; selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a preset communication terminal selection rule; and selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a communication terminal selection instruction input by a user.
Specifically, when the master communication terminal and the slave communication terminal in the communication terminal group are selected, the communication terminal in the designated communication terminal may acquire the current communication capability information of each communication terminal, and the master communication terminal and the slave communication terminal may be selected according to the current communication capability information. Wherein the current communication capability information includes: at least one of remaining power, power consumption rate and communication signal strength. Specifically, the current remaining power of each communication terminal may be obtained, and the master communication terminal and the slave communication terminals may be selected according to the remaining power, for example, a communication terminal with a large power is selected as the master communication terminal, and other communication terminals are selected as the slave communication terminals, or a communication terminal with a remaining power greater than a preset remaining power threshold is selected as the master communication terminal, and other communication terminals are selected as the slave communication terminals. Or selecting a communication terminal with low power consumption rate as a master communication terminal and other communication terminals as slave communication terminals. It should be understood that, when the master communication terminal is selected according to the remaining power and the power consumption rate, the communication terminals are all communication terminals that can start the communication idle mode to perform normal communication. Of course, to ensure normal processing of the communication service information, the communication terminal with the highest communication signal strength, i.e., the highest signal quality, may be selected as the master communication terminal, and the other communication terminals may be selected as the slave communication terminals. In addition, a communication terminal designated in the communication terminal group may select a master communication terminal and a slave communication terminal according to a preset communication terminal selection rule, where the communication terminal selection rule specifically includes a selection order of the master communication terminal, and a specific selection process may be to select a first-order communication terminal according to the selection order, determine whether the first-order communication terminal satisfies a condition as the master communication terminal, and select the first-order communication terminal as the master communication terminal and other communication terminals as the slave communication terminals if the first-order communication terminal satisfies the condition; if not, judging whether the communication terminal in the second order meets the condition of being the main communication terminal or not until the communication terminal meeting the condition of being the main communication terminal is selected to be the main communication terminal. The condition of the master communication terminal may be that the first power consumption amount of the communication terminal is smaller than the second power consumption amount. In addition, when the communication terminal group is in the preset state, an input interface may be provided to the user by any communication terminal in the communication terminal group, a communication terminal selection instruction is input by the user through the input interface, and the communication terminal selects the master communication terminal and the slave communication terminal according to the communication terminal selection instruction input by the user.
Further, after the master communication terminal and the slave communication terminal are selected, a master communication terminal selection instruction is sent to the selected master communication terminal, and a slave communication terminal selection instruction is sent to the slave communication terminal, so that the master communication terminal sets the communication mode of the master communication terminal to be in a communication idle mode on state, and the slave communication terminal sets the communication mode of the slave communication terminal to be in a communication idle mode off state. In addition, when the communication mode of the slave communication terminal is set to the communication idle mode off state, the short-range wireless communication mode of the slave communication terminal and the corresponding master communication terminal can be set to the on state, and the short-range wireless communication can be established with the master communication terminal through the short-range wireless communication.
And step S102, the slave communication terminal reports the communication identification information to the corresponding master communication terminal.
Specifically, in order to ensure that the communication service information of the slave communication terminal can be normally processed when the slave communication terminal is in the idle communication mode off state, the slave communication terminal reports the communication identification information of the slave communication terminal for performing normal communication to the corresponding master communication terminal. The slave communication terminal establishes communication with the master communication terminal and reports the communication identification information to the master communication terminal, specifically, the slave communication terminal establishes normal communication idle mode communication with the master communication terminal, or establishes short-range wireless communication and reports the communication identification information to the master communication terminal. In addition, in this embodiment, the slave communication terminal reports the communication identification information to the master communication terminal, specifically, the master communication terminal sends an acquisition request to the slave communication terminal to acquire the communication identification information of the slave communication terminal, or the slave communication terminal directly reports the communication identification information to the master communication terminal after establishing communication with the master communication terminal.
Further, the communication identification information of the slave communication terminal in this embodiment may be at least one type of information of a telephone number, communication authorization information, and the like of the communication terminal, and the master communication terminal may obtain the communication service information of the slave communication terminal from the service management system according to the communication identification information.
Step S103, when the master communication terminal is in the communication idle mode opening state and the slave communication terminal is in the communication idle mode closing state, the master communication terminal obtains the communication service information of the slave communication terminal through the communication identification information of the slave communication terminal.
Specifically, after the master communication terminal acquires the communication identification information of the slave communication terminal, when the slave communication terminal is in the communication idle mode off state, that is, the slave communication terminal cannot perform normal communication idle mode communication, in order to avoid that the user cannot perform normal communication through the slave communication terminal, the master communication terminal may acquire the communication service information thereof according to the communication identification information of the slave communication terminal. The specific process of the master communication terminal acquiring the communication service information of the slave communication terminal through the communication identification information may be that the master communication terminal sends a communication service request containing the communication identification information to the communication service management system to acquire the communication service information of the slave communication terminal.
Further, in this embodiment, after the master communication terminal obtains the communication service information of the slave communication terminal, the method further includes: the main communication terminal carries out communication service processing locally according to the communication service information; or the master communication terminal and the slave communication terminal are enabled to establish short-range wireless communication, and the communication service information is forwarded to the slave communication terminal through the short-range wireless communication; or the master communication terminal sends a communication idle-time mode starting instruction to the slave communication terminal, so that the slave communication terminal starts the communication idle-time mode and acquires the corresponding communication service information.
Specifically, after acquiring the communication service information according to the communication identification information of the slave communication terminal, the master communication terminal may directly process the communication service information locally, for example, when the communication service information is a short message, the master communication terminal may directly display the communication service information, and when the communication service information is an incoming call, the master communication terminal notifies the user to process the incoming call, for example, to cut off the incoming call or to answer the incoming call. The communication service information may also be forwarded to a corresponding slave communication terminal, and the slave communication terminal performs service processing, specifically, the communication service information may be forwarded to the slave communication terminal by a short-range wireless communication technology, where the short-range wireless communication is established with the slave communication terminal; the master communication terminal and the slave communication terminal can directly establish the short-distance wireless communication, or indirectly establish the short-distance wireless communication through a third-party communication terminal or other short-distance wireless communication equipment. Or the master communication terminal can also directly send a communication idle-time mode starting instruction to the slave communication terminal to enable the slave communication terminal to start the communication idle-time mode, and then the slave communication terminal directly obtains corresponding communication service information from the communication service management system; of course, when the master communication terminal transmits the communication idle mode activation command to the slave communication terminal, the master communication terminal may transmit a switching request to the communication service management communication, so that the communication service management system directly transmits the communication service information to the slave communication terminal, and the slave communication terminal performs the communication service information processing. It should be understood that, if the slave communication terminal and the master communication terminal have already established the short-range wireless communication when the setting of the master communication terminal and the slave communication terminal is completed, the communication idle mode start instruction in the present embodiment is used to ensure that the slave communication terminal and the master communication terminal have already established the short-range wireless communication.
The communication idle mode open state in this embodiment specifically refers to a communication state in which the communication terminal is in a search of a communication base station and can normally perform receiving and sending processing of an incoming call, a short message, and the like, and the communication idle mode close state specifically may be a state in which the communication terminal is in a shutdown state, or a state in which the communication terminal is in a search termination state of a base station such as a flight mode. In addition, the short-range wireless communication in this embodiment may specifically be short-range wireless communication such as bluetooth communication, WIFI communication, radio frequency communication, and the like. The communication service management system in this embodiment includes various platforms for performing processing such as communication service forwarding, such as a base station and an operator service platform.
In the communication method provided by this embodiment, when it is detected that the communication terminal group is in the preset state, at least one communication terminal is selected from the communication terminal group as a master communication terminal, and at least one communication terminal is selected as a slave communication terminal corresponding to the master communication terminal; the slave communication terminal reports the communication identification information to the corresponding master communication terminal; and when the master communication terminal is in a communication idle mode opening state and the slave communication terminal is in a communication idle mode closing state, the master communication terminal acquires the communication service information of the slave communication terminal through the communication identification information of the slave communication terminal. Compared with the mode that the communication terminals in the communication terminal group all start the communication idle-time mode and acquire the communication identification information of the communication terminals in the prior art, when the slave communication terminals in the communication terminal group are in the communication idle-time mode closing state, the master communication terminal can acquire the communication service information of the slave communication terminal according to the communication identification information of the slave communication terminal, which is used for carrying out communication idle-time mode communication, so that the normal processing of the communication service information of the slave communication terminal is ensured, and the user experience is improved. Furthermore, when the preset state of the communication terminal group is in a weak signal area or a no signal area, the slave communication terminal is in a communication idle mode closing state, and the corresponding master communication terminal acquires the communication service information thereof, so that the power consumption of the slave communication terminal can be saved on the basis of ensuring the normal processing of the service.
Example two:
the present embodiment provides a communication management apparatus, please refer to fig. 2, which specifically includes: a selection module 21, a communication identification information reporting module 22 and a communication service information acquisition module 23. The selection module 21 is configured to, when detecting that the communication terminal group is in a preset state, select at least one communication terminal from the communication terminal group as a master communication terminal, and select at least one communication terminal as a slave communication terminal corresponding to the master communication terminal; the communication terminal group at least comprises two communication terminals; the communication identification information reporting module 22 is configured to enable the slave communication terminal to report the communication identification information thereof to the corresponding master communication terminal; the communication service information obtaining module 23 is configured to enable the master communication terminal to obtain the communication service information of the slave communication terminal through the communication identifier information of the slave communication terminal when the master communication terminal is in the communication idle mode on state and the slave communication terminal is in the communication idle mode off state. The communication terminal group comprises a communication terminal group formed by all communication terminals establishing near field communication.
Specifically, the communication terminal group in this embodiment includes a communication terminal group formed by each communication terminal establishing near field communication; that is, the communication terminal group set in the communication method provided in this embodiment may be specifically selected according to the location of each communication terminal, for example, when a plurality of user communication terminals are in the same area where short-range wireless communication can be established, the communication terminals that can establish short-range communication are combined to form the communication terminal group.
Referring to fig. 2, the communication management apparatus according to this embodiment further includes a detection module 24, where the detection module 24 is configured to: respectively detecting first power consumption when each communication terminal in the communication terminal group is in a communication idle time mode and second power consumption when each communication terminal in the communication terminal group is in a short-distance wireless communication mode; and if the first power consumption of at least one communication terminal in the communication terminal group is larger than the second power consumption, judging that the communication terminal group is in a preset state. Specifically, in this embodiment, whether the communication terminal group is in a preset state may be detected by the detection module, where the preset state may specifically be that at least one communication terminal in the communication terminal group is in a weak signal area or a no signal area; the method comprises the steps that in the process of searching a base station by a communication terminal in a weak signal area or a no-signal area, the transmitting power of the communication terminal is high, so that the power consumption of the communication terminal is higher than that of the communication terminal in a normal signal area, and the power consumption rate of the communication terminal is increased. The detection module 24 in this embodiment may be specifically disposed on each communication terminal in the communication terminal group.
When the detecting module 24 detects that the communication terminal group is in the preset state, the selecting module 21 selects at least one communication terminal from the communication terminal group as a master communication terminal, and selects at least one communication terminal as a slave communication terminal corresponding to the master communication terminal, including at least one of the following manners: acquiring current communication capacity information of each communication terminal in the communication terminal group, and selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to the current communication capacity information; selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a preset communication terminal selection rule; and selecting a master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a communication terminal selection instruction input by a user. Specifically, the selection module 21 may be provided on each communication terminal in the communication terminal group, or on a communication terminal for performing communication terminal selection in the communication terminal group.
The communication identifier information reporting module 22 may be specifically configured on the slave communication terminal, so that the slave communication terminal actively reports the communication identifier information thereof, or reports the communication identifier information thereof to the corresponding master communication terminal when receiving the communication identifier information acquisition instruction of the master communication terminal.
Referring to fig. 3, the communication management apparatus provided in this embodiment further includes a communication service information processing module 25, where the communication service information processing module 25 is configured to: the main communication terminal carries out communication service processing locally according to the communication service information; or the master communication terminal and the slave communication terminal are enabled to establish short-range wireless communication, and the communication service information is forwarded to the slave communication terminal through the short-range wireless communication; or the master communication terminal sends a communication idle-time mode starting instruction to the slave communication terminal, so that the slave communication terminal starts the communication idle-time mode and acquires the corresponding communication service information. Specifically, the communication service information processing module 25 may be specifically arranged on the master communication terminal, so that the master communication terminal can directly process the communication service information locally after acquiring the communication service information according to the communication identification information of the slave communication terminal. The master communication terminal may also be configured to forward the communication service information to the corresponding slave communication terminal, and the slave communication terminal may perform service processing. Or the master communication terminal can also directly send a communication idle-time mode starting instruction to the slave communication terminal, so that the slave communication terminal starts the communication idle-time mode, and then the slave communication terminal directly obtains the corresponding communication service information from the communication service management system.
The communication idle mode open state in this embodiment specifically refers to a communication state in which the communication terminal is in a search of a communication base station and can normally perform receiving and sending processing of an incoming call, a short message, and the like, and the communication idle mode close state specifically may be a state in which the communication terminal is in a shutdown state, or a state in which the communication terminal is in a search termination state of a base station such as a flight mode. In addition, the short-range wireless communication in this embodiment may specifically be short-range wireless communication such as bluetooth communication, WIFI communication, radio frequency communication, and the like. The communication service management system in this embodiment includes various platforms for performing processing such as communication service forwarding, such as a base station and an operator service platform.
The communication management apparatus provided in this embodiment selects at least one communication terminal from the communication terminal group as a master communication terminal and selects at least one communication terminal as a slave communication terminal corresponding to the master communication terminal when detecting that the communication terminal group is in a preset state; the slave communication terminal reports the communication identification information to the corresponding master communication terminal; and when the master communication terminal is in a communication idle mode opening state and the slave communication terminal is in a communication idle mode closing state, the master communication terminal acquires the communication service information of the slave communication terminal through the communication identification information of the slave communication terminal. Compared with the mode that the communication terminals in the communication terminal group all start the communication idle-time mode and acquire the communication identification information of the communication terminals in the prior art, when the slave communication terminals in the communication terminal group are in the communication idle-time mode closing state, the master communication terminal can acquire the communication service information of the slave communication terminal according to the communication identification information of the slave communication terminal, which is used for carrying out communication idle-time mode communication, so that the normal processing of the communication service information of the slave communication terminal is ensured, and the user experience is improved. Furthermore, when the preset state of the communication terminal group is in a weak signal area or a no signal area, the slave communication terminal is in a communication idle mode closing state, and the corresponding master communication terminal acquires the communication service information thereof, so that the power consumption of the slave communication terminal can be saved on the basis of ensuring the normal processing of the service. That is, the communication management apparatus provided in this embodiment may be set on a communication terminal in a communication terminal group as needed, and may select a master communication terminal and a slave communication terminal in the communication terminal group, so that the master communication terminal obtains communication service information of the slave communication terminal according to communication identification information of the slave communication terminal, so that when the slave communication terminal is in a communication idle mode closed state, the communication service information thereof can be normally processed, and situations such as missed calls or short messages do not occur; in addition, if the slave communication terminal is in a weak signal area, a no signal area, or in a power-off state, the power of the slave communication terminal can be saved. In addition, the communication management device provided by the embodiment enables the main communication terminal to acquire the communication service information of the communication terminals other than the main communication terminal, thereby improving the user experience.
Example three:
the embodiment provides a communication method, which is used for the situation that when the communication terminal is in a weak signal area or a no signal area and the like, the communication signal quality is not good, or the residual power of the communication terminal is insufficient or the power consumption is large; in the foregoing situation, a communication terminal within a certain range is selected as a slave communication terminal, and a master communication terminal corresponding to the slave communication terminal is selected, so that the slave communication terminal reports communication identification information used for performing normal communication idle mode communication to the master communication terminal, and the master communication terminal obtains communication service information of the slave communication terminal according to the communication identification information, where the communication method provided in this embodiment specifically includes:
in step S301, a master communication terminal and a slave communication terminal are selected.
Specifically, the selection of the master communication terminal and the slave communication terminals may specifically be when a certain communication terminal is in a weak signal area where communication signals are unstable, such as in a weak signal area of an elevator, a high-speed rail, a remote mountain area, an indoor area, a basement and the like; or when the terminal is in a non-signal area, the terminal uses a communication idle mode for communication, and normally cannot normally acquire the communication service information of the terminal, that is, cannot perform a normal communication service.
In this embodiment, the scene of selecting the master communication terminal and the slave communication terminal may specifically be: the method comprises the following steps that a plurality of communication terminals are simultaneously located in a weak signal area or a plurality of terminals are located in a no signal area, the plurality of communication terminals can establish short-distance wireless communication within a distance range, and the plurality of communication terminals establish short-distance communication to form a communication terminal group; at least one terminal in the communication terminal group is in a signal state, if an exploration team carries out exploration in a mountain forest with poor signal quality, the transmission power of the communication terminal is larger than the power consumption in a normal signal area due to the fact that the communication terminal carries out base station searching in a weak signal area, and the power consumption rate of the communication terminal is increased. At this time, if it is detected that the power consumption of the communication terminal in the idle communication mode is greater than that in the short-range wireless communication mode, the communication terminal group is considered to need to be in the power saving mode; at this time, in order to save the electric quantity of the communication terminal, at least one communication terminal can be selected as a slave communication terminal, so that the communication idle time mode is in a closed state, namely, the base station search is not carried out; then at least one master communication terminal is selected, and at least one corresponding slave communication terminal is configured for each master communication terminal.
In this embodiment, when the master communication terminal and the slave communication terminal are selected, the master communication terminal may be selected first, and then the slave communication terminal may be selected; the slave communication terminal may be selected first, and then the master communication terminal may be selected. Specifically, at least one communication terminal may be selected, the communication terminal may establish communication with other communication terminals, communication capability information of each of the other communication terminals may be acquired, at least one master communication terminal may be selected first according to the communication capability information, and a master communication terminal setting designation may be sent to the master communication terminal, so that the master communication terminal may be set to the master communication terminal communication mode. The selected slave communication terminal may be selected by the designated communication terminal directly at the same time as the master communication terminal is selected, or may be selected by each master communication terminal. The selection of the corresponding slave communication terminal by each master communication terminal may be performed according to the range in which the short-range wireless communication is possible, that is, at least one of the non-master communication terminals within the short-range wireless communication possible range is selected as the slave communication terminal by taking the master communication terminal as the center; in order to ensure the normal processing of communication services, only one master communication terminal of the master communication terminal is usually present within the short-range wireless communication range of the master communication terminal.
In the embodiment, each communication terminal may count a first power consumption when the communication mode is in the communication idle mode on state and other applications are in the off state, and count a second power consumption when the communication mode is in the short-range wireless communication mode on state and other applications are in the off state; the communication terminal having the first power consumption larger than the second power consumption is selected as a slave communication terminal, and the communication terminal having the first power consumption smaller than the second power consumption is selected as a master communication terminal, and then, the communication mode of the slave communication terminal can be set to a communication idle mode off state, thereby saving the power consumption of the slave communication terminal. In this embodiment, when the first power consumption and the second power consumption are counted, the reason for keeping the other applications in the off state is to eliminate the influence of the power consumption of the other applications on the first power consumption and the second power consumption, and to obtain accurate power consumption when the communication terminal is in the communication idle time mode and the short-range wireless communication mode, respectively.
In addition, a slave communication terminal may be selected first, for example, a communication terminal with poor communication signal quality or a small remaining amount of power may be directly selected as the slave communication terminal, and the slave communication terminal may search for a communication terminal with better communication capability than itself in the closest distance as the master communication terminal. Of course, in this embodiment, the master communication terminal and the slave communication terminal may be directly specified by the user, for example, directly selected according to the remaining power condition and the signal quality, or directly selected according to the holding user of the communication terminal, for example, the communication terminal held by the leader is selected as the master communication terminal.
Step S302, the main communication terminal obtains the communication service information of the slave communication terminal according to the communication identification information of the slave communication terminal.
Specifically, after the master communication terminal and the slave communication terminal are selected, the master communication terminal acquires the communication identification information of the slave communication terminal corresponding to the master communication terminal, and enters a power saving mode. Even if the master communication terminal and the slave communication terminal are both started, the distance wireless communication mode is started, and the short-distance wireless communication is established; and the master communication terminal starts the communication idle time mode to carry out normal communication, and the slave communication terminal closes the communication idle time mode to achieve the purpose of saving electricity. Then, the master communication terminal acquires the communication service information of each slave communication terminal from the communication service management system according to the communication identification information of the slave communication terminal, and the slave communication terminal enters a communication idle state or a power saving mode.
In this embodiment, after the master communication terminal acquires the communication service information of the slave communication terminal, if a short message sent to the slave communication terminal by a contact of the slave communication terminal is received, the short message is locally displayed, or the short message is replied, and the like; or the user answers the incoming call of the contact of the slave communication terminal at the master communication terminal to carry out the conversation. The master communication terminal may transmit the communication service information to the slave communication terminal by short-range wireless communication through short-range wireless communication established with the slave communication terminal. The communication service information can also be switched to the slave communication terminal when the communication idle mode of the slave communication terminal is in the open state, the slave communication terminal is in the open state in the communication idle mode, and normal communication in the communication idle mode can be performed, and the slave communication terminal processes the communication service information, such as directly answering the incoming call or performing processing such as incoming call transfer.
Further, in this embodiment, the master communication terminal sends the communication service information or the communication idle-time mode opening instruction to the slave communication terminal, which may be directly establishing communication with the slave communication terminal for sending, or may be sent to a third party communication terminal, and the third party communication terminal establishes communication with the slave communication terminal, and sends the communication service information or the communication idle-time mode opening instruction to the slave communication terminal. The third party communication terminal may be a communication terminal that establishes communication idle mode communication or short-range wireless communication with the master communication terminal and the slave communication terminal, and may specifically be a bluetooth headset, a bluetooth watch, a tablet computer, or other devices.
Step S303, the master communication terminal and the slave communication terminal settings are ended.
Specifically, when the signal quality of the slave communication terminal is recovered to be normal or power saving processing is not required, the communication mode of the slave communication state is set to be the normal communication module opening state, and further, the short-range wireless communication of the communication terminal can be closed; and the master communication terminal is enabled not to acquire the communication service information of the slave communication terminal according to the communication mode of the slave communication terminal.
In addition, in the present embodiment, after the master communication terminal and the slave communication terminal are set, the master communication terminal and the slave communication terminal are connected by short-range wireless communication, and when the slave communication terminal is out of the range preset by the corresponding master communication terminal, the short-range wireless communication connection between the slave communication terminal and the master communication terminal is disconnected. As shown in fig. 4, a is a master communication terminal, B is a slave communication terminal, circles 1 and 2 are the ranges of the master communication terminal and the slave communication terminal corresponding to the master communication terminal and the slave communication terminal, respectively, the radius of circle 1 is r1, the radius of circle 2 is r2, and when the distance between a and B is greater than or equal to r1+ r2, the short-range wireless communication between a and B is disconnected. After A and B are disconnected, the communication idle mode state of B can be started, and A does not acquire corresponding communication service information according to the communication identification information of the slave communication terminal. Further, the slave communication terminal may reselect the master communication terminal from the communication terminals within its current range, establish wireless communication with the new master communication terminal, and obtain the communication service information of the slave communication terminal by the new master communication terminal; the master communication terminal may also reselect a slave communication terminal.
The communication method provided by this embodiment is used for selecting at least one master communication terminal and at least one slave communication terminal corresponding to the master communication terminal when a plurality of communication terminals are in a weak signal area or a no signal area, so that the master communication terminal starts a communication idle-time mode, the slave communication terminal is in a communication idle-time mode closed state, the master communication terminal performs its own communication service processing and acquires communication service information of the slave communication terminal according to communication service identification information of the corresponding slave communication terminal, and not only can the normal processing of the communication service of the slave communication terminal be realized, so that the communication service information of the slave communication terminal cannot be omitted for processing, but also the electric quantity of the slave communication terminal can be saved.
The foregoing is a more detailed description of embodiments of the present invention, and the present invention is not to be considered limited to such descriptions. For those skilled in the art to which the invention pertains, several simple deductions or substitutions can be made without departing from the spirit of the invention, and all shall be considered as belonging to the protection scope of the invention.
Claims (8)
1. A method of communication, comprising:
when detecting that a communication terminal group is in a preset state, wherein the preset state comprises that at least one communication terminal in the communication terminal group is in a weak signal area or a no signal area, selecting at least one communication terminal from the communication terminal group as a main communication terminal, and selecting at least one communication terminal as a slave communication terminal corresponding to the main communication terminal; the communication terminal group at least comprises two communication terminals; the communication terminal group includes: each communication terminal establishes a communication terminal group formed by near field communication;
enabling the slave communication terminal to report the communication identification information to the corresponding master communication terminal;
when the master communication terminal is in a communication idle mode on state and the slave communication terminal is in a communication idle mode off state, enabling the master communication terminal to acquire communication service information of the slave communication terminal from a service management system through the communication identification information of the slave communication terminal; after the main communication terminal acquires the communication service information, the method comprises the following steps: the master communication terminal forwards the communication service information to the slave communication terminal through near field communication; the communication idle mode opening state is a communication state that the communication terminal is in a search of a communication base station and can normally receive and send incoming calls and short messages, and the communication idle mode closing state is a communication terminal is in a search termination state of a flight mode base station.
2. The communication method of claim 1, wherein detecting that the group of communication terminals is in a preset state comprises:
respectively detecting first power consumption when each communication terminal in the communication terminal group is in a communication idle time mode and second power consumption when each communication terminal in the communication terminal group is in a short-distance wireless communication mode;
and if the first power consumption of at least one communication terminal in the communication terminal group is larger than the second power consumption, judging that the communication terminal group is in the preset state.
3. The communication method of claim 1, wherein selecting at least one communication terminal from the group of communication terminals as a master communication terminal and at least one communication terminal as a slave communication terminal corresponding to the master communication terminal comprises at least one of:
acquiring current communication capacity information of each communication terminal in the communication terminal group, and selecting the master communication terminal and a slave communication terminal corresponding to the master communication terminal according to the current communication capacity information;
selecting the master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a preset communication terminal selection rule;
and selecting the master communication terminal and the slave communication terminal corresponding to the master communication terminal according to a communication terminal selection instruction input by a user.
4. The communication method according to any one of claims 1 to 3, wherein after the master communication terminal acquires the communication service information of the slave communication terminal, the method further includes:
enabling the main communication terminal to carry out communication service processing locally according to the communication service information; or
And enabling the master communication terminal to send a communication idle-time mode starting instruction to the slave communication terminal, enabling the slave communication terminal to start a communication idle-time mode, and acquiring corresponding communication service information.
5. A communication management apparatus, comprising:
the communication terminal group control device comprises a selection module, a selection module and a control module, wherein the selection module is used for selecting at least one communication terminal from the communication terminal group as a main communication terminal and selecting at least one communication terminal as a slave communication terminal corresponding to the main communication terminal when detecting that the communication terminal group is in a preset state, and the preset state comprises that at least one communication terminal in the communication terminal group is in a weak signal area or a no signal area; the communication terminal group at least comprises two communication terminals; the communication terminal group includes: each communication terminal establishes a communication terminal group formed by near field communication;
a communication identification information reporting module, configured to enable the slave communication terminal to report the communication identification information to a corresponding master communication terminal;
a communication service information obtaining module, configured to, when the master communication terminal is in a communication idle mode on state and the slave communication terminal is in the communication idle mode off state, enable the master communication terminal to obtain communication service information of the slave communication terminal from a service management system through the communication identifier information of the slave communication terminal; after the main communication terminal acquires the communication service information, the method comprises the following steps: the master communication terminal forwards the communication service information to the slave communication terminal through near field communication; the communication idle mode opening state is a communication state that the communication terminal is in a search of a communication base station and can normally receive and send incoming calls and short messages, and the communication idle mode closing state is a communication terminal is in a search termination state of a flight mode base station.
6. The communication management apparatus of claim 5, further comprising a detection module to:
respectively detecting first power consumption when each communication terminal in the communication terminal group is in a communication idle time mode and second power consumption when each communication terminal in the communication terminal group is in a short-distance wireless communication mode;
and if the first power consumption of at least one communication terminal in the communication terminal group is larger than the second power consumption, judging that the communication terminal group is in the preset state.
7. The communication management apparatus of claim 5, wherein the selection module is further configured to:
acquiring current communication capacity information of each communication terminal in the communication terminal group, and selecting the master communication terminal and a slave communication terminal corresponding to the master communication terminal according to the current communication capacity information;
selecting the master communication terminal and a slave communication terminal corresponding to the master communication terminal according to a preset communication terminal selection rule;
and selecting the master communication terminal and the slave communication terminal corresponding to the master communication terminal according to a communication terminal selection instruction input by a user.
8. The communication management apparatus according to any one of claims 5 to 7, further comprising a communication service information processing module configured to:
enabling the main communication terminal to carry out communication service processing locally according to the communication service information; or
And enabling the master communication terminal to send a communication idle-time mode starting instruction to the slave communication terminal, enabling the slave communication terminal to start a communication idle-time mode, and acquiring corresponding communication service information.
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| CN108307362B (en) * | 2017-07-19 | 2021-01-08 | 深圳天珑无线科技有限公司 | Terminal, standby method thereof, server and device with storage function |
| CN110876117A (en) * | 2018-08-31 | 2020-03-10 | 中兴通讯股份有限公司 | Method and device for recovering lost connection of terminal |
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| CN105703805A (en) * | 2016-03-22 | 2016-06-22 | 广东欧珀移动通信有限公司 | Bluetooth module control method and apparatus of playing equipment, and audio-video playing system |
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| CN103327467B (en) * | 2012-03-22 | 2018-07-27 | 宇龙计算机通信科技(深圳)有限公司 | Mobile terminal calling shifting method and system |
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| CN105025430A (en) * | 2014-04-23 | 2015-11-04 | 中国科学院深圳先进技术研究院 | Network sharing method and system |
| CN105101301A (en) * | 2014-05-23 | 2015-11-25 | 华为技术有限公司 | Method, apparatus and system for transmitting data in multi-user cooperative communication scene |
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