WO2016155131A1

WO2016155131A1 - Communication processing method and terminal

Info

Publication number: WO2016155131A1
Application number: PCT/CN2015/082893
Authority: WO
Inventors: 雷艺学; 李明菊
Original assignee: 宇龙计算机通信科技(深圳)有限公司
Priority date: 2015-03-27
Filing date: 2015-06-30
Publication date: 2016-10-06
Also published as: CN104822155A

Abstract

Disclosed in the present invention are a communication processing method and terminal. The method comprises: detecting a current communication mode, the communication mode comprising a base station communication mode and a terminal communication mode; when the current mode is detected to be the terminal communication mode, temporarily suspending communication with the base station and enabling access of at least one user terminal to a terminal-based cell provided by a local terminal so as perform traffic aggregation with respect to the at least one user terminal; when the current mode is detected to be the base station communication mode, temporarily suspending communication with the at least one user terminal and performing an uplink and downlink transmission with a base station. The present invention can enable access by a terminal to a terminal-based cell using only one radio-frequency unit set, reducing a radio-frequency cost of providing the terminal of the terminal-based cell, and thereby facilitating enlargement of the terminal-based cell.

Description

Communication processing method and terminal

The present application claims priority to Chinese Patent Application No. CN 201510142621.8, entitled "A Method for Communication Processing and Terminal", filed on March 27, 2015, the entire contents of which are incorporated herein by reference. In the application.

Technical field

The present invention relates to the field of communications technologies, and in particular, to a communication processing method and a terminal.

Background technique

In the prior art, there is a terminal small cell (T-SC), which is provided by a terminal, and the terminal can provide cell coverage and aggregation access, and the terminal can have multiple cells in the coverage of the cell. A plurality of user terminals access the terminalized cell to implement traffic aggregation for multiple user terminals, and the terminal transmits the aggregated service flow through the base station. Therefore, the terminalized cell can be flexibly deployed and can be used for aggregation access of other terminals such as an Internet of Things terminal.

Since the terminal providing the terminalized cell communicates with the base station while communicating with the plurality of user terminals, it is required that the terminalized cell has two independent data link layers and physical layers, so that terminalization is required. The terminal of the cell needs two sets of transceiver units, which leads to an increase in radio frequency costs, which is not conducive to the promotion of the terminalized cell.

Summary of the invention

The technical problem to be solved by the present invention is to provide a communication processing method and a terminal, which can reduce the radio frequency cost of the terminal providing the terminalized cell, and promote the promotion of the terminalized cell.

The invention provides a communication processing method, comprising:

Detecting a communication mode in which the current time is, the communication mode including a base station communication mode and a terminal communication mode;

When detecting the communication mode of the terminal, suspending communication with the base station, and accessing at least one user terminal to the terminalized cell provided by the local terminal, to perform traffic aggregation on the at least one user terminal;

And when detecting that the base station communication mode is in use, suspending communication with the at least one user terminal, and performing uplink and downlink transmission with the base station.

The detecting the current communication mode includes:

Acquiring configuration information associated with the communication mode in the base station, and configuring time domain division information according to the obtained configuration information, where the time domain division information includes a base station communication mode time domain and a terminal communication mode time domain;

Detecting a current time domain type according to the current time and the time domain division information;

When it is detected that the current time domain type is the terminal communication mode time domain, determining that the communication mode in which the current time is located is the terminal communication mode;

When it is detected that the current time domain type is the base station communication mode time domain, it is determined that the communication mode in which the current time is located is the base station communication mode.

The obtaining the configuration information associated with the communication mode in the base station, and configuring the time domain division information according to the obtained configuration information, includes:

Acquiring configuration information associated with the communication mode in the base station, the configuration information including the time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

Predicting the number of user terminals of the terminalized cell to be accessed, and predicting a total bandwidth of the aggregated service flow, and generating an aggregated traffic transmission condition according to the predicted number of user terminals and the total bandwidth of the predicted aggregated service flow;

Determining, in the time domain division information, a duration of the terminal communication mode time domain, and whether the transmission bandwidth information that the base station can provide in the base station communication mode time domain meets the convergence traffic transmission condition;

If the determination is yes, the time domain division information and the transmission bandwidth information that the base station can provide in the base station communication mode time domain are configured according to the configuration information.

Transmitting configuration request information carrying the aggregate traffic transmission condition to the base station, so that the base station selects and transmits configuration information associated with the communication mode and satisfying the aggregate traffic transmission condition, where the configuration information includes the time domain Dividing information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

Receiving the configuration information sent by the base station, and configuring time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode according to the configuration information.

The detecting, when the terminal is in the communication mode, suspending communication with the base station, and accessing the at least one user terminal to the terminalized cell provided by the local terminal, to perform traffic aggregation on the at least one user terminal, include:

Suspending communication with the base station when detecting that the terminal is in the communication mode;

Performing downlink synchronization with at least one user terminal, and broadcasting system information carrying the time domain division information to the at least one user terminal, so that the at least one user terminal accesses the local terminal according to the time domain division information The terminalized cell is provided to perform uplink and downlink transmission with the local terminal.

Correspondingly, the present invention also provides a terminal, including:

a mode detecting module, configured to detect a communication mode in which the current time is, where the communication mode includes a base station communication mode and a terminal communication mode;

a first communication module, configured to suspend communication with the base station when detecting the communication mode of the terminal, and access the at least one user terminal to the terminalized cell provided by the terminal, to perform traffic on the at least one user terminal Convergence

The second communication module is configured to pause communication with the at least one user terminal when detecting the communication mode in the base station, and perform uplink and downlink transmission with the base station.

The mode detection module includes:

a configuration unit, configured to acquire configuration information associated with the communication mode in the base station, and configure time domain division information according to the obtained configuration information, where the time domain division information includes a base station communication mode time domain and a terminal communication mode time area;

a time domain detecting unit, configured to detect a current time domain type according to the current time and the time domain partitioning information;

a determining unit, configured to detect when the current time domain type is a terminal communication mode time domain Determining, that the communication mode in which the current time is located is the terminal communication mode;

The determining unit is further configured to: when detecting that the current time domain type is the base station communication mode time domain, determine that the communication mode in which the current time is located is the base station communication mode.

The configuration unit includes:

And an acquiring sub-unit, configured to acquire configuration information associated with the communication mode in the base station, where the configuration information includes the time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

a first prediction subunit, configured to predict a quantity of user terminals of the terminalized cell that is required to access, and predict a total bandwidth of the aggregated service flow, and according to the predicted number of user terminals and the total number of predicted aggregated service flows Bandwidth generation aggregate traffic transmission conditions;

a determining subunit, configured to determine a duration of the terminal communication mode time domain in the time domain partitioning information, and whether the transmission bandwidth information that the base station can provide in the base station communication mode time domain satisfies the aggregate traffic Transmission condition

And an information configuration subunit, configured to configure, according to the configuration information, time domain partitioning information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode, if the determining subunit determines that the yes.

The configuration unit includes:

a second prediction subunit, configured to predict a quantity of user terminals of the terminalized cell to be accessed, and predict a total bandwidth of the aggregated service flow, and according to the predicted number of user terminals and the total number of predicted aggregated service flows Bandwidth generation aggregate traffic transmission conditions;

a sending subunit, configured to send configuration request information carrying the aggregate traffic transmission condition to the base station, so that the base station selects and sends configuration information that is associated with the communication mode and meets the aggregate traffic transmission condition, where the configuration The information includes the time domain partitioning information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

And a receiving configuration subunit, configured to receive the configuration information sent by the base station, and configure time domain partitioning information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode according to the configuration information.

The first communication module includes:

a suspending unit, configured to suspend communication with the base station when detecting that the terminal is in the communication mode;

a synchronization broadcast unit, configured to perform downlink synchronization with at least one user terminal, and broadcast system information carrying the time domain division information to the at least one user terminal, so that the at least one user terminal is divided according to the time domain The information is accessed by the terminalized cell provided by the terminal to perform uplink and downlink transmission with the local terminal.

The invention can set the base station communication mode and the terminal communication mode to enable the terminal providing the terminalized cell to detect the communication mode in which the current time is located, and suspend communication with the base station when detecting the terminal communication mode, and only at least one user terminal Communication; and when detecting the communication mode in the base station, suspend communication with at least one user terminal, and only communicate with the base station; since the time of communication with the at least one user terminal and the time of communication with the base station can be staggered, the terminal can be avoided The terminal of the cell simultaneously communicates with at least one user terminal and the base station. Therefore, the terminal providing the terminalized cell only needs one set of transceiver units to implement communication with at least one user terminal and the base station, thereby reducing the radio frequency cost and facilitating the terminal. Promotion of the community.

DRAWINGS

In order to more clearly illustrate the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the description of the prior art will be briefly described below. Obviously, the drawings in the following description are only Some embodiments of the invention may also be used to obtain other figures from these figures without departing from the art.

1 is a schematic flowchart of a method for communication processing according to an embodiment of the present invention;

1a is a schematic diagram of time division of a communication mode according to an embodiment of the present invention;

2 is a schematic flowchart diagram of another method for communication processing according to an embodiment of the present invention;

3 is a schematic flowchart of a communication configuration method according to an embodiment of the present invention;

4 is a schematic flowchart of another communication configuration method according to an embodiment of the present invention;

FIG. 5 is a schematic structural diagram of a terminal according to an embodiment of the present disclosure;

FIG. 6 is a schematic structural diagram of a mode detecting module according to an embodiment of the present invention;

FIG. 7 is a schematic structural diagram of a configuration unit according to an embodiment of the present invention;

FIG. 8 is a schematic structural diagram of a first communication module according to an embodiment of the present invention.

detailed description

The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, but not all embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.

FIG. 1 is a schematic flowchart of a method for communication processing according to an embodiment of the present invention. The method may include:

S101. Detect a communication mode in which the current time is located, where the communication mode includes a base station communication mode and a terminal communication mode.

Specifically, the terminal that can provide the terminalized cell can detect the communication mode in which the current time is located, where the communication mode includes a base station communication mode and a terminal communication mode, where the base station communication mode refers to a terminal that can provide the terminalized cell only and the base station. The mode of communication refers to a mode in which a terminal that can provide a terminalized cell only communicates with a user terminal. The base station communication mode and the terminal communication mode may be distinguished from the time domain, that is, the time period in which the terminal of the terminalized cell is in the base station communication mode and the time period in the terminal communication mode do not coincide, and the duration of the base station communication mode is The duration of the communication mode in the terminal may also be different. The time ratio of the two modes may be determined according to the number of user terminals that need to access the terminalized cell. In the embodiment of the present invention, the base station communication mode and the terminal communication mode are distinguished from the time domain by means of DRX (Discontinuous Reception).

Please refer to FIG. 1a again. FIG. 1a is a schematic diagram of time division of a communication mode, and FIG. 1a is a method for distinguishing a base station communication mode and a terminal communication mode from a time domain by means of DRX, wherein a10 time period and a20 time period Both are in the DRX OFF mode, that is, the a10 time period and the a20 time period are terminal communication modes, and the b10 time period and the b20 time period are all DRX ON modes, that is, the b10 time period and the b20 time period are base station communication modes.

S102, when detecting that the terminal is in the communication mode, suspending communication with the base station, and accessing the at least one user terminal to the terminalized cell provided by the local terminal, to perform traffic aggregation on the at least one user terminal;

Specifically, in the above-mentioned FIG. 1a, if the terminal that can provide the terminalized cell detects that the current time is in the a10 time period, it can detect that the current time is in the terminal communication mode, and at this time, the terminal can provide the terminalized cell. Terminal can suspend communication with the base station and access at least one user terminal The terminalized cell provided by the local terminal performs traffic aggregation on all user terminals that have accessed the terminalized cell.

S103. When detecting the communication mode of the base station, suspending communication with the at least one user terminal, and performing uplink and downlink transmission with the base station;

Specifically, in the above-mentioned FIG. 1a, if the terminal that can provide the terminalized cell detects that the current time is in the b10 time period, it can detect that the current time is in the base station communication mode, and at this time, the terminal can provide the terminalized cell. The terminal may suspend communication with the at least one user terminal and communicate only with the base station to transmit the aggregated traffic flow through the base station.

In the embodiment of the present invention, by setting the base station communication mode and the terminal communication mode, the terminal providing the terminalized cell can detect the communication mode in which the current time is located, and pause the communication with the base station when detecting the terminal communication mode, only at least one The user terminal communicates; and when detecting the communication mode in the base station, suspends communication with at least one user terminal, and only communicates with the base station; since the time of communication with the at least one user terminal and the time of communication with the base station can be staggered, it can be avoided The terminal providing the terminalized cell simultaneously communicates with at least one user terminal and the base station. Therefore, the terminal providing the terminalized cell only needs one set of transceiver units to implement communication with at least one user terminal and the base station, thereby reducing the radio frequency cost and promoting The promotion of terminalized cells.

2 is a schematic flowchart of another method for communication processing according to an embodiment of the present invention. The method may include:

S201. Acquire configuration information associated with the communication mode in the base station, and configure time domain division information according to the obtained configuration information, where the time domain division information includes a base station communication mode time domain and a terminal communication mode time domain.

Specifically, the terminal that provides the terminalized cell first sends configuration request information to the base station, and the base station returns configuration information associated with the communication mode according to the configuration request information, where the communication mode includes a base station communication mode and a terminal communication mode. The base station communication mode refers to a mode in which a terminal that can provide a terminalized cell only communicates with a base station, and the terminal communication mode refers to a mode in which a terminal that can provide a terminalized cell only communicates with a user terminal. The base station communication mode and the terminal communication mode may be distinguished from the time domain, that is, the time period in which the terminal of the terminalized cell is in the base station communication mode and the time period in the terminal communication mode do not coincide, and the duration of the base station communication mode is The duration of the communication mode in the terminal may also be different, and the time ratio of the two modes may be terminated according to the needs of the user accessing the terminalized cell. Depending on the number of ends. The configuration information may include time domain division information including a base station communication mode time domain and a terminal communication mode time domain, where the base station communication mode time domain refers to a time zone in a base station communication mode, the terminal The communication mode time domain refers to the time period in the terminal communication mode. The time domain division information includes not only distribution information of the two communication modes in the time domain, but also duration allocation ratio information of the two communication modes. After the terminal that provides the terminalized cell acquires the configuration information associated with the communication mode in the base station, the terminal can configure the time domain division information according to the obtained configuration information, so that it can know when the base station needs to communicate with the base station. When to communicate with the user terminal.

S202. Detect, according to the current time and the time domain division information, a current time domain type.

Specifically, after the time domain division information is configured, the terminal that can provide the terminalized cell can detect the time domain type in which the current time is located according to the time domain division information.

S203. When it is detected that the current time domain type is the terminal communication mode time domain, determine that the communication mode in which the current time is located is the terminal communication mode.

Specifically, taking the above FIG. 1a as an example, the time period of the a10 time period is the DRX OFF mode, that is, the time domain type of the a10 time period is the terminal communication mode time domain. Therefore, if the current time is in the a10 time period, the current time is indicated. The domain type is a terminal communication mode time domain, that is, the communication mode in which the current time is located is determined to be the terminal communication mode.

S204. When it is detected that the current time domain type is the base station communication mode time domain, determine that the communication mode in which the current time is located is the base station communication mode.

Specifically, taking the above FIG. 1a as an example, the b10 time period is the DRX ON mode, that is, the time domain type of the b10 time period is the base station communication mode time domain. Therefore, if the current time is in the b10 time period, the current time is indicated. The domain type is a base station communication mode time domain, that is, the communication mode in which the current time is located is determined to be the base station communication mode.

S205, suspending communication with the base station;

Specifically, when it is determined in step S203 that the communication mode in which the current time is located is the terminal communication mode, the terminal that can provide the terminalized cell may suspend communication with the base station.

S206. Perform downlink synchronization with at least one user terminal, and broadcast, to the at least one user terminal, system information that carries the time domain division information.

Specifically, after the step of stopping communication with the base station in step S205, the terminal may provide a terminalized cell. The terminal may perform downlink synchronization with the at least one user terminal, and broadcast, to the at least one user terminal, system information that carries the time domain division information, so that the at least one user terminal divides the information access according to the time domain. The terminating cell is described, and the time domain division information is used to know when to perform uplink and downlink transmission with the terminal that can provide the terminalized cell, so as to implement traffic aggregation. The terminal that can provide the terminalized cell can be connected to the at least one user terminal by means of a cell (cell) or a D2D (Device-to-Device).

S207. Suspend communication with the at least one user terminal, and perform uplink and downlink transmission with the base station.

Specifically, when it is determined in step S204 that the communication mode in which the current time is in the base station communication mode, the terminal that can provide the terminalized cell may pause to communicate with the at least one user terminal, only the base station Perform uplink and downlink transmission.

Further, in order to ensure that the user terminals of the access terminal cell can implement the traffic aggregation function, the length of the terminal communication mode time domain must be configured to support the traffic convergence of all the user terminals of the access terminal cell. Therefore, the terminal that can provide the terminalized cell can further monitor the number of user terminals accessing the terminalized cell when the traffic is aggregated. When the number of user terminals accessing the terminalized cell is excessive, that is, the terminal communication mode time domain The terminal that can provide the terminalized cell can re-request new configuration information to the base station, and the new configuration information includes new time domain division information, where the time is difficult for the user terminal to access the terminalized cell to implement traffic aggregation. The time length of the longer terminal communication mode time domain is configured by the new time domain division information, so that all user terminals accessing the terminalized cell can implement traffic aggregation.

Further, referring to FIG. 3, which is a schematic flowchart of a communication configuration method according to an embodiment of the present invention, the method in the embodiment of the present invention may correspond to the foregoing embodiment in FIG. S201. The method of the embodiment of the present invention specifically includes:

S301. Acquire configuration information related to a communication mode in a base station, where the configuration information includes the time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

Specifically, the terminal that provides the terminalized cell first sends configuration request information to the base station, and the base station returns configuration information associated with the communication mode according to the configuration request information, where the definition of the communication mode and the time domain are For details about the definition of the split information, refer to S201 in the corresponding embodiment of FIG. 2, and details are not described herein again. The transmission bandwidth information that the base station can provide in the time domain of the base station communication mode in the configuration information refers to the transmission bandwidth that the base station can provide when in the time domain of the base station communication mode, and the terminalization can be provided. The terminal of the cell can transmit the aggregated traffic flow through the transmission bandwidth provided by the base station.

S302. Predict the number of user terminals of the terminalized cell to be accessed, and predict the total bandwidth of the aggregated service flow, and generate an aggregate traffic transmission condition according to the predicted number of user terminals and the total bandwidth of the predicted aggregate service flow. ;

Specifically, the terminal that can provide the terminalized cell can predict the number of user terminals of the terminalized cell that need to be accessed, and the total bandwidth of the aggregated service flow that may be generated, and then according to the predicted number and prediction of the user terminal. The aggregate bandwidth of the aggregated traffic flows generates aggregated traffic transmission conditions. The aggregate traffic transmission condition includes a lowest value of a duration of a terminal communication mode time domain calculated according to the predicted number of user terminals, and a communication at the base station calculated according to a total bandwidth of the predicted aggregate traffic flow. The lowest transmission bandwidth that the base station can provide in the mode time domain.

S303. Determine a duration of the terminal communication mode time domain in the time domain division information, and whether the transmission bandwidth information that the base station can provide in the base station communication mode time domain meets the convergence traffic transmission condition.

Specifically, after generating the aggregate traffic transmission condition, the terminal that can provide the terminalized cell may further determine whether the duration of the terminal communication mode time domain is greater than or equal to the terminal communication mode time domain in the aggregate traffic transmission condition. The lowest value of the duration, if the determination is yes, it indicates that the duration of the terminal communication mode time domain satisfies the aggregate traffic transmission condition, otherwise the convergence traffic transmission condition is not satisfied; meanwhile, the base station communication mode time is further determined. Whether the transmission bandwidth information that the base station can provide in the domain is greater than or equal to the base station in the aggregate traffic transmission condition The lowest value of the transmission bandwidth. If the determination is yes, it indicates that the transmission bandwidth information that the base station can provide in the communication mode time domain of the base station satisfies the convergence traffic transmission condition, otherwise the convergence traffic transmission condition is not met.

S304. Re-acquire updated configuration information from the base station.

Specifically, when the step S303 determines that the duration of the terminal communication mode time domain and/or the transmission bandwidth information that the base station can provide in the base station communication mode time domain does not satisfy the aggregate traffic transmission condition, the The terminal providing the terminalized cell may re-acquire the updated configuration information from the base station, and re-determine the time domain division information in the updated configuration information and the transmission bandwidth that the base station can provide in the time domain of the base station communication mode. Whether the information meets the aggregate traffic transmission condition, and if the aggregate traffic transmission condition is still not met, the new configuration information is obtained from the base station again, and if the aggregate traffic transmission condition is met, the step S305 may be performed. .

S305. Configure time domain division information according to the configuration information, and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode.

Specifically, when the step S303 determines that the duration of the terminal communication mode time domain and the transmission bandwidth information that the base station can provide in the base station communication mode time domain satisfy the aggregate traffic transmission condition, the provideable terminal The terminal of the cell may configure the time domain partitioning information and the transmission bandwidth information that the base station can provide in the time domain of the base station communication mode according to the configuration information, so that the terminal that can provide the terminalized cell can be configured according to the configured time. The domain division information is communicated with the plurality of user terminals and the base station in different time periods, and the aggregated service flows are transmitted through the base station according to the configured transmission bandwidth information that the base station can provide.

Further, the terminal that can provide the terminalized cell can further monitor the number of user terminals that access the terminalized cell and the total amount of service flows that are aggregated when the traffic is aggregated, when accessing the user terminal of the terminalized cell When the number and/or the total number of traffic flows to be aggregated are too large, that is, the duration of the terminal communication mode time domain and the transmission bandwidth that the base station can provide, it is difficult to support the user terminals of all the access terminal cells to implement traffic aggregation. The terminal that can provide the terminalized cell can re-request the new configuration information to the base station, and the new configuration information includes new time domain partitioning information and new transmission bandwidth information that the base station can provide, by configuring the new time domain partitioning. The information may increase the duration of the time domain of the terminal communication mode, and increase the transmission bandwidth that the base station can provide by configuring the new transmission bandwidth information that the base station can provide, so as to support more user terminals to implement traffic aggregation.

The embodiment of the present invention verifies the obtained configuration information, and when the verification configuration information meets the convergence traffic transmission condition, configures the time domain division information according to the configuration information and the transmission bandwidth that the base station can provide in the time domain of the base station communication mode. The information is such that the terminal providing the terminalized cell can ensure the accuracy of the obtained configuration information while using a set of transceiver units, so that all user terminals accessing the terminalized cell can implement traffic aggregation.

Further, please refer to FIG. 4, which is a schematic flowchart of another communication configuration method according to an embodiment of the present invention. The method in the embodiment of the present invention may correspond to S201 in the foregoing embodiment corresponding to FIG. 2. The method of the embodiment of the present invention specifically includes:

S401. Predict the number of user terminals of the terminalized cell that are required to access, and predict the total bandwidth of the aggregated service flow, and generate an aggregate traffic transmission condition according to the predicted number of user terminals and the total bandwidth of the predicted aggregated service flow. ;

For the specific implementation of the step S401, refer to S302 in the foregoing embodiment of FIG. 3, and details are not described herein.

S402. Send configuration request information carrying the aggregate traffic transmission condition to the base station, so that the base station selects and sends configuration information that is associated with the communication mode and meets the aggregate traffic transmission condition, where the configuration information includes the Time domain partitioning information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

Specifically, after generating the aggregated traffic transmission condition, the terminal that provides the terminalized cell may send configuration request information carrying the aggregated traffic transmission condition to the base station, where the base station selects and sends the association with the communication mode. And the configuration information that satisfies the aggregate traffic transmission condition, where the configuration information includes the time domain partitioning information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode. Wherein, the duration of the terminal communication mode time domain is greater than or equal to a minimum value of a duration of a terminal communication mode time domain in the aggregate traffic transmission condition, and the base station provides a transmission within the base station communication mode time domain. When the bandwidth information is greater than or equal to the lowest transmission bandwidth that can be provided by the base station in the aggregate traffic transmission condition, the configuration information is that the convergence traffic transmission condition is met.

S403. Receive the configuration information sent by the base station, and configure time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode according to the configuration information.

Specifically, the terminal that can provide the terminalized cell receives the configuration letter sent by the base station After the information is configured, the time domain partitioning information and the transmission bandwidth information that can be provided by the base station in the time domain of the base station communication mode are configured, so that the terminal that can provide the terminalized cell can be configured according to the configured time domain. The split information communicates with the multiple user terminals and the base station in different time periods, and transmits the aggregated service flow to the base station according to the configured transmission bandwidth information that the base station can provide.

Further, the terminal that can provide the terminalized cell can further monitor the number of user terminals that access the terminalized cell and the total amount of service flows that are aggregated when the traffic is aggregated, when accessing the user terminal of the terminalized cell When the number and/or the total number of traffic flows to be aggregated are too large, that is, the duration of the terminal communication mode time domain and the transmission bandwidth that the base station can provide, it is difficult to support the user terminals of all the access terminal cells to implement traffic aggregation. The terminal that can provide the terminalized cell can generate a new aggregate traffic transmission condition, and resend the configuration request information carrying the new aggregate traffic transmission condition to the base station, so that the base station returns new configuration information, the new configuration information. Including new time domain partitioning information and new transmission bandwidth information that the base station can provide, by configuring the new time domain partitioning information, the duration of the terminal communication mode time domain can be increased, and the new base station can be provided by configuring the new Transmission bandwidth information can increase the transmission bandwidth that the base station can provide to support more user terminals. The end achieves traffic aggregation.

The embodiment of the present invention generates a convergence traffic transmission condition, and sends configuration request information carrying the aggregation traffic transmission condition to the base station, so that the base station returns the configuration information according to the convergence traffic transmission condition, and the terminal that can provide the terminalized cell can configure the time according to the configuration information. The domain division information and the transmission bandwidth information that the base station can provide in the time domain of the communication mode of the base station, so that the terminal providing the terminalized cell can ensure the accuracy of the acquired configuration information while using a set of transceiver units. To ensure that all user terminals accessing the terminalized cell can achieve traffic aggregation.

FIG. 5 is a schematic structural diagram of a terminal 1 according to an embodiment of the present invention. The terminal 1 is a terminal that can provide a terminalized cell, and the terminal 1 can include: a mode detecting module 10 and a first communication module 20 The second communication module 30;

The mode detecting module 10 is configured to detect a communication mode in which the current time is located, where the communication mode includes a base station communication mode and a terminal communication mode;

Specifically, the mode detecting module 10 may detect a communication mode in which the current time is located, where the communication mode includes a base station communication mode and a terminal communication mode, and the base station communication mode refers to providing a terminal. The mode in which the terminal of the terminalized cell communicates only with the base station, and the terminal communication mode refers to a mode in which the terminal that can provide the terminalized cell only communicates with the user terminal. The base station communication mode and the terminal communication mode may be distinguished from the time domain, that is, the time period in which the terminal of the terminalized cell is in the base station communication mode and the time period in the terminal communication mode do not coincide, and the duration of the base station communication mode is The duration of the communication mode in the terminal may also be different. The time ratio of the two modes may be determined according to the number of user terminals that need to access the terminalized cell. In the embodiment of the present invention, the base station communication mode and the terminal communication mode may be distinguished from the time domain by means of DRX, or the base station communication mode and the terminal communication mode may be distinguished from the time domain by means of small cell on/off. Come.

The first communication module 20 is configured to suspend communication with the base station when detecting the terminal communication mode, and access the at least one user terminal to the terminalized cell provided by the local terminal 1 to the at least one User terminals perform traffic aggregation;

The second communication module 30 is configured to pause communication with the at least one user terminal when detecting the communication mode of the base station, and perform uplink and downlink transmission with the base station;

Specifically, in the above-mentioned FIG. 1a, if the mode detection module 10 detects that the current time is in the a10 time period, it can detect that the current time is in the terminal communication mode. At this time, the first communication module 20 can Suspending the communication with the base station, and accessing the at least one user terminal to the terminalized cell provided by the local terminal to perform traffic aggregation on all user terminals that have accessed the terminalized cell; if the mode detecting module 10 detects the current time In the b10 time period, it can be detected that the current time is in the base station communication mode. At this time, the second communication module 30 can pause communication with the at least one user terminal, and only communicate with the base station to pass The base station transmits the aggregated service flow.

Further, please refer to FIG. 6 , which is a schematic structural diagram of a mode detecting module 10 according to an embodiment of the present invention. The mode detecting module 10 may include: a configuration unit 101, a time domain detecting unit 102, and a determining unit 103.

The configuration unit 101 is configured to acquire configuration information associated with the communication mode in the base station, and configure time domain division information according to the acquired configuration information, where the time domain division information includes a base station communication mode time domain and a terminal. Communication mode time domain;

Specifically, the configuration information may include time domain division information, where the time domain division information includes a base station communication mode time domain and a terminal communication mode time domain, where the base station communication mode time domain refers to In the time period of the base station communication mode, the terminal communication mode time domain refers to a time period in the terminal communication mode. The time domain division information includes not only distribution information of the two communication modes in the time domain, but also duration allocation ratio information of the two communication modes. After the configuration unit 101 acquires the configuration information associated with the communication mode in the base station, the time domain division information may be configured according to the obtained configuration information, so that it is possible to know when to communicate with the base station and when User terminal communication.

The time domain detecting unit 102 is configured to detect a current time domain type according to the current time and the time domain partitioning information;

The determining unit 103 is configured to determine, when the current time domain type is the terminal communication mode time domain, that the communication mode in which the current time is located is the terminal communication mode;

The determining unit 103 is further configured to: when it is detected that the current time domain type is a base station communication mode time domain, determine that the communication mode in which the current time is located is the base station communication mode;

Specifically, when the time domain detecting unit 102 detects that the current time domain type is the terminal communication mode time domain, the determining unit 103 may notify the determining unit 103 that the communication mode in which the current time is located is the terminal communication mode. When the time domain detecting unit 102 detects that the current time domain type is the base station communication mode time domain, the determining unit 103 may be notified that the communication mode in which the current time is located is the base station communication mode.

Further, referring to FIG. 7, FIG. 7 is a schematic structural diagram of a configuration unit 101 according to an embodiment of the present invention. The configuration unit 101 may include: an obtaining subunit 1011, a first prediction subunit 1012, and a judging subunit 1013. Information configuration subunit 1014, second prediction subunit 1015, transmission subunit 1016, and receiving configuration subunit 1017;

The acquiring subunit 1011 is configured to acquire configuration information associated with a communication mode in the base station, where the configuration information includes the time domain partitioning information and a transmission bandwidth that the base station can provide in a time domain of the base station communication mode. information;

The first prediction subunit 1012 is configured to predict the number of user terminals of the terminalized cell that are required to access, and predict the total bandwidth of the aggregated service flow, and according to the predicted number of user terminals and the predicted convergence service. The total bandwidth of the stream generates an aggregate traffic transmission condition;

The determining sub-unit 1013 is configured to determine a duration of the terminal communication mode time domain in the time domain division information, and whether the transmission bandwidth information that the base station can provide in the base station communication mode time domain is satisfied. Converging traffic transmission conditions;

The information configuration subunit 1014 is configured to: if the determining subunit 1013 determines that the yes, the time domain partitioning information is configured according to the configuration information, and the transmission bandwidth that the base station can provide in the time domain of the base station communication mode information;

The second prediction subunit 1015 is configured to predict the number of user terminals of the terminalized cell that are required to access, and predict the total bandwidth of the aggregated service flow, and according to the predicted number of user terminals and the predicted convergence service. The total bandwidth of the stream generates an aggregate traffic transmission condition;

The sending subunit 1016 is configured to send configuration request information carrying the aggregate traffic transmission condition to the base station, so that the base station selects and sends configuration information that is associated with the communication mode and meets the convergence traffic transmission condition, The configuration information includes the time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

The receiving configuration subunit 1017 is configured to receive the configuration information sent by the base station, and configure time domain partitioning information according to the configuration information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode. ;

Specifically, the specific implementation manners of the obtaining sub-unit 1011, the first prediction sub-unit 1012, the determining sub-unit 1013, and the information configuration sub-unit 1014 can be referred to the foregoing S301 to S305 in the corresponding embodiment of FIG. The steps are not repeated here. For the specific implementation of the second prediction sub-unit 1015, the transmission sub-unit 1016, and the receiving configuration sub-unit 1017, refer to S401 to S403 in the foregoing embodiment of FIG. 4, and details are not described herein. The obtaining sub-unit 1011 may notify the second prediction sub-unit 1015 to suspend the operation when performing the corresponding operation; when the second prediction sub-unit 1015 performs the corresponding operation, the acquisition sub-unit 1011 may be notified to suspend the operation. .

Further, please refer to FIG. 8 , which is a schematic structural diagram of a first communication module 20 according to an embodiment of the present invention. The first communication module 20 may include: a suspension unit 201 and a synchronization broadcast unit 202;

The suspending unit 201 is configured to suspend communication with the base station when detecting that the terminal is in the communication mode;

The synchronization broadcast unit 202 is configured to perform downlink synchronization with at least one user terminal, and broadcast system information carrying the time domain division information to the at least one user terminal, so that the at least one user terminal is configured according to the The time domain division information access is small by the terminal provided by the terminal 1 And performing uplink and downlink transmission with the local terminal 1;

Specifically, when the determining unit 103 determines that the communication mode in which the current time is located is the terminal communication mode, the suspension unit 201 may suspend communication with the base station, and the synchronization broadcast unit 202 Performing downlink synchronization with at least one user terminal, and broadcasting system information carrying the time domain division information to the at least one user terminal, so that the at least one user terminal accesses the terminal according to the time domain division information The at least one user terminal may know, according to the time domain division information, when to perform uplink and downlink transmission with the terminal that can provide the terminalized cell, so as to implement traffic aggregation. The terminal that can provide the terminalized cell can be connected to the at least one user terminal by means of a cell or a D2D.

One of ordinary skill in the art can understand that all or part of the process of implementing the foregoing embodiments can be completed by a computer program to instruct related hardware, and the program can be stored in a computer readable storage medium. When executed, the flow of an embodiment of the methods as described above may be included. The storage medium may be a magnetic disk, an optical disk, a read-only memory (ROM), or a random access memory (RAM).

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, and thus equivalent changes made in the claims of the present invention are still within the scope of the present invention.

Claims

A communication processing method, comprising:

Detecting a communication mode in which the current time is, the communication mode including a base station communication mode and a terminal communication mode;

When detecting the communication mode of the terminal, suspending communication with the base station, and accessing at least one user terminal to the terminalized cell provided by the local terminal, to perform traffic aggregation on the at least one user terminal;

And when detecting that the base station communication mode is in use, suspending communication with the at least one user terminal, and performing uplink and downlink transmission with the base station.
The method of claim 1 wherein said detecting a current mode of communication comprises:

Acquiring configuration information associated with the communication mode in the base station, and configuring time domain division information according to the obtained configuration information, where the time domain division information includes a base station communication mode time domain and a terminal communication mode time domain;

Detecting a current time domain type according to the current time and the time domain division information;

When it is detected that the current time domain type is the terminal communication mode time domain, determining that the communication mode in which the current time is located is the terminal communication mode;

When it is detected that the current time domain type is the base station communication mode time domain, it is determined that the communication mode in which the current time is located is the base station communication mode.
The method according to claim 2, wherein the acquiring the configuration information associated with the communication mode in the base station, and configuring the time domain division information according to the obtained configuration information, includes:

Acquiring configuration information associated with the communication mode in the base station, the configuration information including the time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

Predicting the number of user terminals of the terminalized cell that need to be accessed, and predicting the convergence of the service flow Total bandwidth, and generate aggregate traffic transmission conditions based on the predicted number of user terminals and the total bandwidth of the predicted aggregated traffic flow;

Determining, in the time domain division information, a duration of the terminal communication mode time domain, and whether the transmission bandwidth information that the base station can provide in the base station communication mode time domain meets the convergence traffic transmission condition;

If the determination is yes, the time domain division information and the transmission bandwidth information that the base station can provide in the base station communication mode time domain are configured according to the configuration information.
The method according to claim 2, wherein the acquiring the configuration information associated with the communication mode in the base station, and configuring the time domain division information according to the obtained configuration information, includes:

Predicting the number of user terminals of the terminalized cell to be accessed, and predicting a total bandwidth of the aggregated service flow, and generating an aggregated traffic transmission condition according to the predicted number of user terminals and the total bandwidth of the predicted aggregated service flow;

Transmitting configuration request information carrying the aggregate traffic transmission condition to the base station, so that the base station selects and transmits configuration information associated with the communication mode and satisfying the aggregate traffic transmission condition, where the configuration information includes the time domain Dividing information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

Receiving the configuration information sent by the base station, and configuring time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode according to the configuration information.
The method according to any one of claims 2 to 4, wherein the communication with the base station is suspended when the terminal communication mode is detected, and the at least one user terminal is accessed by the local terminal. The terminal is configured to perform traffic aggregation on the at least one user terminal, including:

Suspending communication with the base station when detecting that the terminal is in the communication mode;

Performing downlink synchronization with at least one user terminal, and broadcasting system information carrying the time domain division information to the at least one user terminal, so that the at least one user terminal accesses the local terminal according to the time domain division information The terminalized cell is provided to perform uplink and downlink transmission with the local terminal.
A terminal, comprising:

a mode detecting module, configured to detect a communication mode in which the current time is, where the communication mode includes a base station communication mode and a terminal communication mode;

a first communication module, configured to suspend communication with the base station when detecting the communication mode of the terminal, and access the at least one user terminal to the terminalized cell provided by the terminal, to perform traffic on the at least one user terminal Convergence

The second communication module is configured to pause communication with the at least one user terminal when detecting the communication mode in the base station, and perform uplink and downlink transmission with the base station.
The terminal according to claim 6, wherein the mode detecting module comprises:

a configuration unit, configured to acquire configuration information associated with the communication mode in the base station, and configure time domain division information according to the obtained configuration information, where the time domain division information includes a base station communication mode time domain and a terminal communication mode time area;

a time domain detecting unit, configured to detect a current time domain type according to the current time and the time domain partitioning information;

a determining unit, configured to determine, when the current time domain type is a terminal communication mode time domain, that the communication mode in which the current time is located is the terminal communication mode;

The determining unit is further configured to: when detecting that the current time domain type is the base station communication mode time domain, determine that the communication mode in which the current time is located is the base station communication mode.
The terminal according to claim 7, wherein the configuration unit comprises:

And an acquiring sub-unit, configured to acquire configuration information associated with the communication mode in the base station, where the configuration information includes the time domain division information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

a first prediction subunit, configured to predict a quantity of user terminals of the terminalized cell that is required to access, and predict a total bandwidth of the aggregated service flow, and according to the predicted number of user terminals and the total number of predicted aggregated service flows Bandwidth generation aggregate traffic transmission conditions;

a determining subunit, configured to determine the terminal communication mode time domain in the time domain division information The duration, and whether the transmission bandwidth information that the base station can provide in the time domain of the base station communication mode satisfies the aggregate traffic transmission condition;

And an information configuration subunit, configured to configure, according to the configuration information, time domain partitioning information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode, if the determining subunit determines that the yes.
The terminal according to claim 7, wherein the configuration unit comprises:

a second prediction subunit, configured to predict a quantity of user terminals of the terminalized cell to be accessed, and predict a total bandwidth of the aggregated service flow, and according to the predicted number of user terminals and the total number of predicted aggregated service flows Bandwidth generation aggregate traffic transmission conditions;

a sending subunit, configured to send configuration request information carrying the aggregate traffic transmission condition to the base station, so that the base station selects and sends configuration information that is associated with the communication mode and meets the aggregate traffic transmission condition, where the configuration The information includes the time domain partitioning information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode;

And a receiving configuration subunit, configured to receive the configuration information sent by the base station, and configure time domain partitioning information and transmission bandwidth information that the base station can provide in a time domain of the base station communication mode according to the configuration information.
The terminal according to any one of claims 7 to 9, wherein the first communication module comprises:

a suspending unit, configured to suspend communication with the base station when detecting that the terminal is in the communication mode;

a synchronization broadcast unit, configured to perform downlink synchronization with at least one user terminal, and broadcast system information carrying the time domain division information to the at least one user terminal, so that the at least one user terminal is divided according to the time domain The information is accessed by the terminalized cell provided by the terminal to perform uplink and downlink transmission with the local terminal.