Same-frequency reverse signaling sending method and system based on cluster mode

Abstract

The invention discloses a same-frequency reverse signaling sending method and system based on a cluster mode, and relates to the technical field of interphone communication, when a voice receiving end needs to send reverse signaling, a base station is used as an auxiliary terminal, and the reverse signaling is sent according to the positions of the voice receiving end and a voice sending end relative to the base station. The method comprises the following steps of: selecting a corresponding communication link node according to a voice receiving end, constructing a corresponding optimal communication path according to the selected communication link node, taking the constructed optimal communication path as a reverse signaling control link, and sending a reverse signaling required to be sent by the voice receiving end through the constructed reverse signaling control link, so that the method is realized.

Description

Technical Field

[0001] The present invention relates to the technical field of intercom communication, and in particular to a method and system for sending same-frequency reverse signaling based on a cluster mode. Background Art

[0002] In the PDT or DMR cluster system, in order to interrupt the terminal user who is transmitting, it is necessary to transmit reverse signaling in the adjacent time slot of the terminal user's working time slot. However, in the cluster system, the terminal's transmission and reception are at different frequencies. Therefore, after the terminal transmits its own data on the transmission frequency, it is required to immediately switch back to the receiving frequency for data reception. Conversely, after the reception is completed, it is also necessary to immediately return to the transmission frequency to send the next frame of data. This requires the RF circuit to complete the transmission and reception switching process in a very short time. This not only places high demands on the hardware design on the terminal side, but also correspondingly leads to an increase in the hardware cost on the terminal side; How to send same-frequency reverse signaling in cluster mode without switching the receiving and transmitting frequencies is a problem we need to solve. To this end, a method and system for sending same-frequency reverse signaling based on cluster mode are provided. Summary of the invention

[0003] The object of the present invention is to provide a method and system for sending same-frequency reverse signaling based on a cluster mode.

[0004] The purpose of the present invention can be achieved by the following technical solution: A method for sending same-frequency reverse signaling based on a cluster mode, comprising the following steps: Step S1: constructing a walkie-talkie communication cluster, and generating a corresponding communication local area network according to the positions of each terminal in the constructed walkie-talkie communication cluster; Step S2: generating a signal transmission link according to the voice sending terminal and the voice receiving terminal, and transmitting the voice signal sent by the voice sending terminal to the voice receiving terminal through the signal transmission link; Step S3: The voice receiving terminal initiates a service request. After receiving the service request, the base station generates corresponding reverse signaling according to the state of the signal transmission link, and sends the generated reverse signaling to the voice sending terminal.

[0005] Furthermore, the process of building a walkie-talkie communication cluster includes: Set up a base station to centrally manage the intercoms within the communication range of the base station; The base station includes a registration unit and an information configuration unit; The registration unit is used for user registration of the intercom, communication connection between the intercom and the base station, and reading the basic information of the connected intercom; Import the read basic information of the intercom into the registration unit, and the registration unit constructs a corresponding information configuration channel according to the imported basic information of the intercom, links the intercom with the information configuration unit through the constructed information configuration channel, and constructs a corresponding information configuration list in the information configuration unit; The information configuration unit configures the intercom with the constructed information configuration list, and after completing the information configuration of the intercom, backs up and saves the basic information and information configuration list of the intercom in the base station; Configure the intercoms with the same information configuration list and build the corresponding intercom communication cluster based on the base station.

[0006] Furthermore, the process of generating a corresponding communication local area network according to the positions of each terminal in the constructed intercom communication cluster includes: Acquire the signals of each intercom in the intercom communication cluster, and determine the location of the intercom based on the acquired intercom signals; Set the communication range of each intercom according to its location and communication distance; Acquire the channel status of each communication channel of the intercom, wherein the channel status includes an occupied state and an idle state; A corresponding communication local area network is constructed according to the communication range of the intercom and the channel status of each communication channel of the intercom.

[0007] Further, a process of generating a signal transmission link according to the voice sending terminal and the voice receiving terminal, and transmitting the voice signal sent by the voice sending terminal to the voice receiving terminal through the signal transmission link includes: The intercom initiates a voice communication request, the intercom is recorded as a voice sending terminal, and the intercom corresponding to the voice communication target of the voice sending terminal is recorded as a voice receiving terminal; According to the location and communication range of the voice sending terminal, it is determined whether the communication range of the voice receiving terminal overlaps with the communication range of the voice sending terminal. If there is overlap, a signal transmission link between the voice sending terminal and the voice receiving terminal is directly constructed for signal transmission; If not, judging whether the communication range of the voice sending terminal overlaps with the communication range of the base station according to the location and communication range of the voice sending terminal, and if so, taking the base station as a communication link node; If there is no overlap, construct a communication node matrix associated with the voice sending terminal, wherein the communication node matrix is ​​composed of a number of blank matrix items; Acquire a walkie-talkie that has an overlapping communication range with the voice sending terminal and is closer to the base station than the voice sending terminal, and record the walkie-talkie as a candidate link node, and map the candidate link node to a blank matrix item; Check whether the communication range of each candidate link node overlaps with the communication range of the voice receiving terminal; If there is overlap, the corresponding candidate link node is marked, and whether there is an idle communication channel in the marked candidate link node is obtained, and the candidate link node with an idle communication channel and the closest distance to the voice receiving terminal is used as the communication link node; If there is no overlap, a communication node matrix associated with each candidate link node is constructed, and so on; According to the determined communication link node, a signal transmission link from the voice sending terminal to the voice receiving terminal is generated.

[0008] Furthermore, the process in which the voice receiving terminal initiates a service request, the base station generates corresponding reverse signaling according to the state of the signal transmission link after receiving the service request, and sends the generated reverse signaling to the voice sending terminal includes: When the voice receiving terminal sends voice information to the voice receiving terminal, the voice receiving terminal initiates a service request, and the base station generates corresponding reverse signaling according to the service request, and reads the status of each communication link node on the signal transmission link to build a corresponding reverse signaling control link; According to the location and communication range of the voice receiving terminal, determining whether the communication range of the voice receiving terminal overlaps with the communication range of the base station, and if so, using the base station as a reverse control link node; If there is no overlap, construct a reverse control node matrix associated with the voice receiving terminal, wherein the reverse control node matrix is ​​composed of a number of blank matrix items; Acquire a walkie-talkie that has an overlapping communication range with the voice receiving terminal and is at a lower distance from the base station than the voice receiving terminal, and record the walkie-talkie as a candidate control link node, and associate the candidate control link node with a blank matrix item; Check whether the communication range of each candidate control link node overlaps with the communication range of the base station; If there is overlap, the corresponding candidate control link nodes are marked, and it is obtained whether there is an idle communication channel in the marked candidate control link nodes, and the candidate control link nodes without idle communication channels are eliminated, and the candidate control link nodes with idle communication channels and closest to the base station are generated with identifiers "1" in the corresponding blank matrix items in the reverse control node matrix, and the remaining candidate control link nodes are generated with identifiers "0" in the corresponding blank matrix items in the reverse control node matrix; If there is no overlap, a reverse control node matrix associated with each candidate control link node is constructed, and so on; Generate a first reverse signaling control link from the voice receiving terminal to the base station according to the determined reverse control link node; Acquire a second reverse signaling control link from the base station to the voice sending terminal by the above method; The obtained first reverse signaling control link and the second reverse signaling control link are integrated to obtain a complete reverse signaling control link, and the base station sends the reverse signaling to the voice sending terminal through the obtained reverse signaling control link.

[0009] Further, according to the determined reverse control link node, the process of generating a first reverse signaling control link from the voice receiving terminal to the base station includes: According to the obtained reverse control node matrices, the identifiers in each blank matrix item in each reverse control node matrix are traversed to generate a corresponding binary string, and the path corresponding to the largest number of identifiers "1" in the binary string is read and recorded as the first reverse signaling control link.

[0010] A same-frequency reverse signaling sending system based on a cluster mode and a same-frequency reverse signaling sending method based on a cluster mode, comprising a base station, wherein the base station is communicatively connected to an intercom terminal and an information processing module; The intercom terminal includes a voice initiating terminal and a voice receiving terminal; The information processing module is used to build a corresponding communication transmission link according to the location of the voice initiating terminal, the voice receiving terminal and the base station, and to build a corresponding reverse signaling control link when the voice receiving terminal initiates reverse signaling.

[0011] Compared with the prior art, the present invention has the following beneficial effects: When the voice receiving end needs to send reverse signaling, the base station is used as an auxiliary terminal, and the corresponding communication link node is selected according to the positions of the voice receiving end and the voice sending end relative to the base station. According to the selected communication link node, the corresponding optimal communication path is constructed, and the constructed optimal communication path is used as the reverse signaling control link. The reverse signaling that the voice receiving end needs to send is sent through the constructed reverse signaling control link, thereby realizing the sending of the same-frequency reverse signaling in the cluster mode without switching the transmitting and receiving frequencies. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in the present invention. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0013] Figure 1 The present invention is a flow chart of the method. DETAILED DESCRIPTION

[0014] like Figure 1 As shown, a method for sending same-frequency reverse signaling based on a cluster mode includes the following steps: Step S1: constructing a walkie-talkie communication cluster, and generating a corresponding communication local area network according to the positions of each terminal in the constructed walkie-talkie communication cluster; Step S2: generating a signal transmission link according to the voice sending terminal and the voice receiving terminal, and transmitting the voice signal sent by the voice sending terminal to the voice receiving terminal through the signal transmission link; Step S3: The voice receiving terminal initiates a service request. After receiving the service request, the base station generates corresponding reverse signaling according to the state of the signal transmission link, and sends the generated reverse signaling to the voice sending terminal; It should be further explained that, in the specific implementation process, the process of building a walkie-talkie communication cluster includes: Set up a base station to centrally manage the intercoms within the communication range of the base station; The base station includes a registration unit and an information configuration unit; The registration unit is used for user registration of the intercom, and the specific process includes: Connect the intercom to the base station for communication, and read the basic information of the connected intercom, the basic information of the intercom includes the intercom number, intercom model and communication distance; Import the read basic information of the intercom into the registration unit, and the registration unit constructs a corresponding information configuration channel according to the imported basic information of the intercom, links the intercom with the information configuration unit through the constructed information configuration channel, and constructs a corresponding information configuration list in the information configuration unit; The information configuration list includes the number of channels, channel names, signal frequency ranges, and communication protocols; The information configuration unit configures the intercom with the constructed information configuration list, and after completing the information configuration of the intercom, backs up and saves the basic information and information configuration list of the intercom in the base station; Configure the intercoms with the same information configuration list and build the corresponding intercom communication cluster based on the base station.

[0015] It should be further explained that, in the specific implementation process, the process of generating the corresponding communication local area network according to the position of each terminal in the constructed intercom communication cluster includes: Acquire the signals of each intercom in the intercom communication cluster, and determine the location of the intercom based on the acquired intercom signals; Set the communication range of each intercom according to its location and communication distance; Acquire the channel status of each communication channel of the intercom, wherein the channel status includes an occupied state and an idle state; A corresponding communication local area network is constructed according to the communication range of the intercom and the channel status of each communication channel of the intercom.

[0016] It should be further explained that, in a specific implementation process, a signal transmission link is generated according to a voice sending terminal and a voice receiving terminal, and a process of transmitting a voice signal sent by the voice sending terminal to the voice receiving terminal through the signal transmission link includes: The intercom initiates a voice communication request, the intercom is recorded as a voice sending terminal, and the intercom corresponding to the voice communication target of the voice sending terminal is recorded as a voice receiving terminal; According to the location and communication range of the voice sending terminal, it is determined whether the communication range of the voice receiving terminal overlaps with the communication range of the voice sending terminal. If there is overlap, a signal transmission link between the voice sending terminal and the voice receiving terminal is directly constructed for signal transmission; If not, judging whether the communication range of the voice sending terminal overlaps with the communication range of the base station according to the location and communication range of the voice sending terminal, and if so, taking the base station as a communication link node; If there is no overlap, construct a communication node matrix associated with the voice sending terminal, wherein the communication node matrix is ​​composed of a number of blank matrix items; Obtain a walkie-talkie that has an overlapping communication range with the voice sending terminal and is at a lower distance from the base station than the voice sending terminal, and record the walkie-talkie as a candidate link node, and map the candidate link node to a blank matrix item; wherein one candidate link node corresponds to one blank matrix item; Check whether the communication range of each candidate link node overlaps with the communication range of the voice receiving terminal; If there is overlap, the corresponding candidate link node is marked, and whether there is an idle communication channel in the marked candidate link node is obtained, and the candidate link node with an idle communication channel and the closest distance to the voice receiving terminal is used as the communication link node; If there is no overlap, a communication node matrix associated with each candidate link node is constructed, and so on; generating a signal transmission link from a voice transmitting terminal to a voice receiving terminal according to the determined communication link node; It should be further explained that, in the specific implementation process, if the communication range of the voice receiving terminal does not overlap with the communication range of any other walkie-talkie, the signal transmission link fails to be established and a corresponding prompt message is generated.

[0017] It should be further explained that, in the specific implementation process, the voice receiving terminal initiates a service request, and after receiving the service request, the base station generates corresponding reverse signaling according to the state of the signal transmission link, and sends the generated reverse signaling to the voice sending terminal. The process includes: When the voice receiving terminal sends voice information to the voice receiving terminal, the voice receiving terminal initiates a service request, and the base station generates corresponding reverse signaling according to the service request, and reads the status of each communication link node on the signal transmission link to build a corresponding reverse signaling control link; According to the location and communication range of the voice receiving terminal, determining whether the communication range of the voice receiving terminal overlaps with the communication range of the base station, and if so, using the base station as a reverse control link node; If there is no overlap, construct a reverse control node matrix associated with the voice receiving terminal, wherein the reverse control node matrix is ​​composed of a number of blank matrix items; Acquire a walkie-talkie that has an overlapping communication range with the voice receiving terminal and is at a lower distance from the base station than the voice receiving terminal, and record the walkie-talkie as a candidate control link node, and associate the candidate control link node with a blank matrix item; wherein one candidate control link node corresponds to one blank matrix item; Check whether the communication range of each candidate control link node overlaps with the communication range of the base station; If there is overlap, the corresponding candidate control link nodes are marked, and it is obtained whether there is an idle communication channel in the marked candidate control link nodes, and the candidate control link nodes without idle communication channels are eliminated, and the candidate control link nodes with idle communication channels and closest to the base station are generated with identifiers "1" in the corresponding blank matrix items in the reverse control node matrix, and the remaining candidate control link nodes are generated with identifiers "0" in the corresponding blank matrix items in the reverse control node matrix; If there is no overlap, a reverse control node matrix associated with each candidate control link node is constructed, and so on; Generate a first reverse signaling control link from the voice receiving terminal to the base station according to the determined reverse control link node; Acquire a second reverse signaling control link from the base station to the voice sending terminal by the above method; The obtained first reverse signaling control link and the second reverse signaling control link are integrated to obtain a complete reverse signaling control link, and the base station sends the reverse signaling to the voice sending terminal through the obtained reverse signaling control link.

[0018] It should be further explained that, in a specific implementation process, the process of generating a first reverse signaling control link from the voice receiving terminal to the base station according to the determined reverse control link node includes: According to the obtained reverse control node matrices, the identifiers in each blank matrix item in each reverse control node matrix are traversed to generate a corresponding binary string, and the path corresponding to the largest number of identifiers "1" in the binary string is read and recorded as the first reverse signaling control link.

[0019] The present invention also discloses a same-frequency reverse signaling transmission system based on a cluster mode, comprising a base station, wherein the base station is communicatively connected to an intercom terminal and an information processing module; The intercom terminal includes a voice initiating terminal and a voice receiving terminal; The information processing module is used to build a corresponding communication transmission link according to the location of the voice initiating terminal, the voice receiving terminal and the base station, and to build a corresponding reverse signaling control link when the voice receiving terminal initiates reverse signaling.

[0020] The above description is only a preferred embodiment of the present invention and does not limit the present invention in any form. Although the present invention has been disclosed as a preferred embodiment as above, it is not used to limit the present invention. Any technical personnel in this field can make some changes or modify the technical contents disclosed above into equivalent embodiments with equivalent changes without departing from the scope of the technical solution of the present invention. However, any modification or equivalent replacement of the above embodiments made according to the technical essence of the present invention without departing from the content of the technical solution of the present invention still falls within the scope of the technical solution of the present invention.

Claims

1. A method for sending same-frequency reverse signaling based on a cluster mode, characterized in that: The following steps are involved: Step S1: constructing a walkie-talkie communication cluster, and generating a corresponding communication local area network according to the positions of each terminal in the constructed walkie-talkie communication cluster; Step S2: generating a signal transmission link according to the voice sending terminal and the voice receiving terminal, and transmitting the voice signal sent by the voice sending terminal to the voice receiving terminal through the signal transmission link; Step S3: The voice receiving terminal initiates a service request. After receiving the service request, the base station generates corresponding reverse signaling according to the state of the signal transmission link, and sends the generated reverse signaling to the voice sending terminal.

2. A method for sending same-frequency reverse signaling based on cluster mode according to claim 1, characterized in that: The process of building a walkie-talkie communication cluster includes: Set up a base station to centrally manage the intercoms within the communication range of the base station; The base station includes a registration unit and an information configuration unit; The registration unit is used for user registration of the intercom, communication connection between the intercom and the base station, and reading the basic information of the connected intercom; Import the read basic information of the intercom into the registration unit, and the registration unit constructs a corresponding information configuration channel according to the imported basic information of the intercom, links the intercom with the information configuration unit through the constructed information configuration channel, and constructs a corresponding information configuration list in the information configuration unit; The information configuration unit configures the intercom with the constructed information configuration list, and after completing the information configuration of the intercom, backs up and saves the basic information and information configuration list of the intercom in the base station; Configure the intercoms with the same information configuration list and build the corresponding intercom communication cluster based on the base station.

3. A method for sending same-frequency reverse signaling based on cluster mode according to claim 2, characterized in that: The process of generating a corresponding communication local area network according to the positions of each terminal in the constructed intercom communication cluster includes: Acquire the signals of each intercom in the intercom communication cluster, and determine the location of the intercom based on the acquired intercom signals; Set the communication range of each intercom according to its location and communication distance; Acquire the channel status of each communication channel of the intercom, wherein the channel status includes an occupied state and an idle state; A corresponding communication local area network is constructed according to the communication range of the intercom and the channel status of each communication channel of the intercom.

4. The method for sending same-frequency reverse signaling based on cluster mode according to claim 3, characterized in that: The process of generating a signal transmission link according to a voice sending terminal and a voice receiving terminal, and transmitting the voice signal sent by the voice sending terminal to the voice receiving terminal through the signal transmission link includes: The intercom initiates a voice communication request, the intercom is recorded as a voice sending terminal, and the intercom corresponding to the voice communication target of the voice sending terminal is recorded as a voice receiving terminal; According to the location and communication range of the voice sending terminal, it is determined whether the communication range of the voice receiving terminal overlaps with the communication range of the voice sending terminal. If there is overlap, a signal transmission link between the voice sending terminal and the voice receiving terminal is directly constructed for signal transmission; If not, judging whether the communication range of the voice sending terminal overlaps with the communication range of the base station according to the location and communication range of the voice sending terminal, and if so, taking the base station as a communication link node; If there is no overlap, construct a communication node matrix associated with the voice sending terminal, wherein the communication node matrix is ​​composed of a number of blank matrix items; Acquire a walkie-talkie that has an overlapping communication range with the voice sending terminal and is closer to the base station than the voice sending terminal, and record the walkie-talkie as a candidate link node, and map the candidate link node to a blank matrix item; Check whether the communication range of each candidate link node overlaps with the communication range of the voice receiving terminal; If there is overlap, the corresponding candidate link node is marked, and whether there is an idle communication channel in the marked candidate link node is obtained, and the candidate link node with an idle communication channel and the closest distance to the voice receiving terminal is used as the communication link node; If there is no overlap, a communication node matrix associated with each candidate link node is constructed, and so on; According to the determined communication link node, a signal transmission link from the voice sending terminal to the voice receiving terminal is generated.

5. The method for sending same-frequency reverse signaling based on cluster mode according to claim 4, characterized in that: The process in which the voice receiving terminal initiates a service request, the base station generates corresponding reverse signaling according to the state of the signal transmission link after receiving the service request, and sends the generated reverse signaling to the voice sending terminal includes: When the voice receiving terminal sends voice information to the voice receiving terminal, the voice receiving terminal initiates a service request, and the base station generates corresponding reverse signaling according to the service request, and reads the status of each communication link node on the signal transmission link to build a corresponding reverse signaling control link; According to the location and communication range of the voice receiving terminal, determining whether the communication range of the voice receiving terminal overlaps with the communication range of the base station, and if so, using the base station as a reverse control link node; If there is no overlap, construct a reverse control node matrix associated with the voice receiving terminal, wherein the reverse control node matrix is ​​composed of a number of blank matrix items; Acquire a walkie-talkie that has an overlapping communication range with the voice receiving terminal and is at a lower distance from the base station than the voice receiving terminal, and record the walkie-talkie as a candidate control link node, and associate the candidate control link node with a blank matrix item; Check whether the communication range of each candidate control link node overlaps with the communication range of the base station; If there is overlap, the corresponding candidate control link nodes are marked, and it is obtained whether there is an idle communication channel in the marked candidate control link nodes, and the candidate control link nodes without idle communication channels are eliminated, and the candidate control link nodes with idle communication channels and closest to the base station are generated with identifiers "1" in the corresponding blank matrix items in the reverse control node matrix, and the remaining candidate control link nodes are generated with identifiers "0" in the corresponding blank matrix items in the reverse control node matrix; If there is no overlap, a reverse control node matrix associated with each candidate control link node is constructed, and so on; Generate a first reverse signaling control link from the voice receiving terminal to the base station according to the determined reverse control link node; Acquire a second reverse signaling control link from the base station to the voice sending terminal by the above method; The obtained first reverse signaling control link and the second reverse signaling control link are integrated to obtain a complete reverse signaling control link, and the base station sends the reverse signaling to the voice sending terminal through the obtained reverse signaling control link.

6. A method for sending same-frequency reverse signaling based on cluster mode according to claim 5, characterized in that: The process of generating a first reverse signaling control link from the voice receiving terminal to the base station according to the determined reverse control link node includes: According to each reverse control node matrix obtained, the identifiers in each blank matrix item in each reverse control node matrix are traversed to generate a corresponding binary string, and the path corresponding to the largest number of identifiers "1" in the binary string is read and recorded as the first reverse signaling control link.

7. A system for sending same-frequency reverse signaling based on a trunking mode applied to a method for sending same-frequency reverse signaling based on a trunking mode according to any one of claims 1 to 6, characterized in that: It includes a base station, and the base station is communicatively connected to an intercom terminal and an information processing module; The intercom terminal includes a voice initiating terminal and a voice receiving terminal; The information processing module is used to build a corresponding communication transmission link according to the location of the voice initiating terminal, the voice receiving terminal and the base station, and to build a corresponding reverse signaling control link when the voice receiving terminal initiates reverse signaling.

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