CN109005225B - Cluster communication scheduling method applied to customs republishing - Google Patents
Cluster communication scheduling method applied to customs republishing Download PDFInfo
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Abstract
The invention relates to a trunking communication scheduling method applied to customs republic, belongs to the technical field of trunking communication scheduling, and solves the problems of single communication scheduling mode, disordered communication scheduling mode and low communication channel utilization rate in the prior art. The method comprises the following steps: a cluster terminal initiates a cluster scheduling request; the cluster scheduling server receives and analyzes the cluster scheduling request to obtain a sender, a receiver and a communication mode of the cluster communication request; and the cluster scheduling server detects the states of a sender and a receiver of the cluster communication request and the state of a communication channel in real time to realize cluster communication scheduling. The diversity and the ordering of the cluster scheduling modes are realized, and the utilization rate of a communication channel is improved.
Description
Technical Field
The invention relates to the technical field of trunking communication scheduling, in particular to a trunking communication scheduling method applied to customs republishing.
Background
Customs is a competent department for investigating and arresting smuggling, and China customs performs a firm attack on smuggling crimes in order to maintain national economic safety and external sequential trade.
Customs smuggling is wide in service range, generally, a plurality of city terraces, and in the smuggling work, the cluster communication scheduling can relate to a plurality of vehicle-mounted terminals and single police terminals in the jurisdiction, and it is also required to ensure that all cluster members can carry out orderly and stable communication, and ensure that the smuggling personnel can smoothly carry out work.
However, the problems of single communication scheduling mode, disordered communication scheduling mode, low communication channel utilization rate and the like still exist in the communication process of the existing customs smuggling cluster, and great influence is caused on the execution of smuggling work.
Disclosure of Invention
In view of the foregoing analysis, the present invention aims to provide a trunking communication scheduling method applied to customs antiperspiracy, so as to solve the problems of single communication scheduling mode, chaotic communication scheduling mode and low communication channel utilization rate in the prior art.
The purpose of the invention is mainly realized by the following technical scheme:
a trunking communication scheduling method applied to customs republishing comprises the following steps:
a cluster terminal initiates a cluster scheduling request;
the cluster scheduling server receives and analyzes the cluster scheduling request to obtain a sender, a receiver and a communication mode of the cluster communication request;
and the cluster scheduling server detects the states of a sender and a receiver of the cluster communication request and the state of a communication channel in real time to realize cluster communication scheduling.
The invention has the following beneficial effects: the trunking communication scheduling method disclosed by the application analyzes the trunking scheduling request through the trunking scheduling server to obtain the sender, the receiver and the communication mode of the trunking communication request, and detects the states of the sender, the receiver and the communication channel in real time to determine whether the communication scheduling conditions are met. By arranging the scheduling server, the problems of single communication scheduling mode, disordered communication scheduling mode and low communication channel utilization rate can be effectively solved.
On the basis of the scheme, the invention is further improved as follows:
further, the cluster scheduling server detects the state of the sender and the receiver of the cluster communication request and the state of the communication channel in real time to realize cluster communication scheduling, and further comprises:
detecting the priority of a sender and a receiver and whether the receiver is in an idle state or not in real time;
when the receiving side is in an idle state, whether an idle channel exists is further detected:
if yes, utilizing the idle channel to realize cluster communication scheduling between the sender and the receiver;
if not, detecting whether idle channels exist in all communication channels in real time within a certain time limit, and if so, realizing cluster communication scheduling between a sender and a receiver by using the idle channels.
The beneficial effect of adopting the further scheme is that: the cluster communication scheduling between the sender and the receiver can be realized only when the receiver is in an idle state and an idle channel exists. Therefore, by setting two judgment conditions and judging layer by layer to determine that the sender and the receiver meet the communication conditions, the orderly proceeding of communication scheduling is ensured.
Further, the cluster scheduling server detects the state of the sender and the receiver of the cluster communication request and the state of the communication channel in real time to realize the cluster communication scheduling, and the method further comprises the following steps:
when a receiver is in a communication state, if the priority of a sender is higher than the priorities of the receiver and a third party communicating with the receiver at the same time, and the sender needs to communicate with the third party at the same time, forcibly inserting the current communication; and if the priority of the sender is higher than the priorities of the receiver and a third party communicating with the receiver at the same time, and the sender does not need to communicate with the third party, forcibly canceling the ongoing communication of the receiver and further detecting whether an idle channel exists.
The beneficial effect of adopting the further scheme is that: in the trunking communication scheduling process, a trunking terminal with a high priority often carries more important smuggling tasks, so when a receiver is in a communication state, it is necessary to determine which trunking communication scheduling tasks are preferentially executed by determining priorities of the receiver and a third party communicating with the receiver.
Further, the cluster scheduling server detects the state of the sender and the receiver of the cluster communication request and the state of the communication channel in real time to realize the cluster communication scheduling, and the method further comprises the following steps:
when a receiver is in a communication state, if the priority of a sender is not satisfied and is higher than the priorities of the receiver and a third party communicating with the receiver, periodically detecting whether the receiver is still in the communication state, and if the priority of the sender exceeds a certain time limit, canceling the communication between the sender and the receiver; if the receiving party is in an idle state within a certain time limit, whether an idle channel exists is further detected.
The beneficial effect of adopting the further scheme is that: when the priority of the sender is lower, the communication is not directly cancelled, but whether the receiver is in a communication state is continuously detected within a certain time limit, and the communication between the sender and the receiver is ensured to be realized as far as possible; however, if the receiver is still in the communication state beyond a certain time limit, the waiting cost is increased if the sender continues to wait, and the communication is cancelled at this time.
Further, the cluster terminal further comprises a dispatching desk, a vehicle-mounted desk and a handheld terminal,
the dispatching desk is positioned in a command center and used for issuing a task instruction according to a smuggling task and receiving law enforcement information fed back by the vehicle-mounted desk and the handheld terminal;
the vehicle-mounted station is arranged on a law enforcement vehicle and is used for realizing communication with the dispatching station and the handheld terminal;
the handheld terminal is carried by a single police, and is used for realizing communication between the single police and the dispatching desk and the vehicle-mounted platform;
the dispatching desk has the highest priority, the vehicle-mounted desk has the second priority, and the handheld terminal has the lowest priority.
The beneficial effect of adopting the further scheme is that: in the process of trunking communication scheduling for customs republic, the trunking terminal is further divided into a scheduling table, a vehicle-mounted table and a handheld terminal according to different working positions and working contents, and the priority of the trunking terminal is set, so that the priority of the trunking terminal can be used for determining who sends out a trunking communication request preferentially.
Further, the trunking communication scheduling method is divided into voice communication, video communication and short message communication according to communication modes.
The beneficial effect of adopting the further scheme is that: by setting multiple communication modes, the cluster terminal can select a proper communication mode according to the communication requirement, and the communication scheduling task is better completed.
Further, the trunking communication scheduling method further comprises an intra-group transmission, wherein the intra-group transmission comprises the following steps:
a cluster scheduling server establishes a common communication channel among cluster terminals in a group, the cluster terminals in an initial group are all in an idle state, and the common communication channel is monitored;
after a certain trunking terminal obtains the right to speak through a preemption mode, sending voice, video or short messages in a group, and receiving the voice, video or short messages by other trunking terminals; after the cluster terminal releases the speaking right, the cluster terminals in the group acquire the speaking right through a preemption mode;
the trunking terminal with the highest priority in the group can obtain the right to speak at any time.
The beneficial effect of adopting the further scheme is that: when the members in the group need to know the working schedule mutually or have other communication requirements, the trunking communication scheduling can be realized by a trunking sending mode in the group. The speaking right is obtained through a preemptive mode, and the cluster terminals with the same level are effectively guaranteed to have the same speaking right.
Further, the trunking communication scheduling method further comprises intra-group broadcast communication, and the intra-group broadcast communication step is as follows:
a broadcast channel is established by a trunking dispatch server, a trunking terminal with the highest priority in a group is used as a voice, video or short message sending party, and other trunking terminals in the group are used as corresponding voice, video or short message receiving parties;
the trunking terminal with the highest priority sends voice, video or short messages to all trunking terminals in the group;
and the cluster scheduling server detects whether a missed cluster terminal exists, and if so, sends missed call prompt information to the cluster terminal with the highest priority and the missed cluster terminal.
The beneficial effect of adopting the further scheme is that: when important tasks need to be issued in the group, the cluster terminal with the highest priority sends voice, video or short messages to all cluster terminals in the group, and a cluster scheduling server is used for detecting whether missed cluster terminals are searched or not, so that the cluster terminal with the highest priority can effectively master the task receiving condition of the cluster terminals in the group, and whether further instructions need to be made or not is judged according to the task receiving condition.
Further, the group sending packet and the group broadcasting communication packet are obtained through the following modes:
newly building a network and adding a corresponding cluster terminal before a task; or temporarily establishing a new network and adding a corresponding cluster terminal during the task;
the packet is further obtained by:
displaying the position and the state of the cluster terminal in real time based on the geographical position information;
selecting the cluster terminals on the map by means of click, circle and stroke to obtain the group of the group transmission;
and adjusting the cluster terminals in the group in real time according to the position and state change of the cluster terminals.
The beneficial effect of adopting the further scheme is that: by providing various ways for establishing the grouping in the smuggling process, the grouping can be fixedly or dynamically determined by a user according to the actual condition, and the smuggling requirement is met.
Further, the trunking communication scheduling method further comprises an emergency plan broadcast, and the emergency plan broadcast comprises the following steps:
when an emergency event occurs, the dispatching desk initiates one-click broadcasting;
the cluster scheduling server receives the one-click broadcast and stops communication of all current communication channels;
the trunking dispatching server controls all communication channels to send the plan voice files set in the emergency plan to the trunking terminal;
and the cluster terminal receives the plan voice file and automatically opens a sound amplification sound channel for broadcasting.
The beneficial effect of adopting the further scheme is that: in the trunking communication scheduling method in the application, the situation when an emergency occurs is also considered, when the emergency occurs, the priority for processing the emergency is the highest, and the rapid guidance of the emergency is realized by stopping the communication of all current communication channels and playing the plan voice file in a broadcasting manner.
In the invention, the technical schemes can be combined with each other to realize more preferable combination schemes. Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Drawings
The drawings are only for purposes of illustrating particular embodiments and are not to be construed as limiting the invention, wherein like reference numerals are used to designate like parts throughout.
Fig. 1 is a schematic diagram of a trunking communication scheduling method applied to customs enforcement provided in the present application;
fig. 2 is a flowchart of a method for realizing cluster communication scheduling between a sender and a receiver.
Detailed Description
The accompanying drawings, which are incorporated in and constitute a part of this application, illustrate preferred embodiments of the invention and together with the description, serve to explain the principles of the invention and not to limit the scope of the invention.
Before law enforcement activities are wanted to be carried out, law enforcement personnel address books need to be established, and user attributes are set, in a specific embodiment of the invention, the user attributes comprise working positions and authority levels, the working positions further comprise command centers, law enforcement vehicles and law enforcement sites, the authority levels are set according to the working positions of users, and the rules are as follows: the users of the command center are divided into three levels, the priority levels of the users are a commander, a dispatcher and an operator from high to low, the priority level of the user of the law enforcement vehicle is lower than that of the user of the command center and higher than that of the user of the law enforcement site, and the priority level of the user of the law enforcement site is the lowest. And the user attribute information can be expanded according to the actual situation, such as increasing the information of user characteristics, user blood type and the like, so that corresponding tasks can be arranged according to the characteristics of the user in an emergency.
After the law enforcement address book is established, a corresponding cluster terminal is equipped for each law enforcement officer, and the cluster terminal is bound with the corresponding law enforcement officer address book information and can uniquely identify the user identity.
A specific embodiment of the present invention, as shown in fig. 1, discloses a trunking communication scheduling method applied to customs enforcement, comprising the following steps:
a cluster terminal initiates a cluster scheduling request;
the cluster scheduling server receives and analyzes the cluster scheduling request to obtain a sender, a receiver and a communication mode of the cluster communication request;
and the cluster scheduling server detects the states of a sender and a receiver of the cluster communication request and the state of a communication channel in real time to realize cluster communication scheduling.
Compared with the prior art, the trunking communication scheduling method provided by this embodiment analyzes the trunking scheduling request through the trunking scheduling server to obtain the sender, the receiver and the communication mode of the trunking communication request, and performs real-time detection on the sender, the receiver and the communication channel state to determine whether the sender, the receiver and the communication channel state satisfy the communication scheduling condition. By arranging the scheduling server, the problems of single communication scheduling mode, disordered communication scheduling mode and low communication channel utilization rate can be effectively solved.
Preferably, the trunking dispatch server detects the state of the sender, the state of the receiver and the state of the communication channel of the trunking communication request in real time to implement trunking communication dispatch, and further includes:
detecting the priority of a sender and a receiver and whether the receiver is in an idle state or not in real time;
when the receiving side is in an idle state, whether an idle channel exists is further detected:
if yes, utilizing the idle channel to realize cluster communication scheduling between the sender and the receiver;
if not, detecting whether idle channels exist in all communication channels in real time within a certain time limit, and if so, realizing cluster communication scheduling between a sender and a receiver by using the idle channels.
The cluster communication scheduling between the sender and the receiver can be realized only when the receiver is in an idle state and an idle channel exists. Therefore, by setting two judgment conditions and judging layer by layer to determine that the sender and the receiver meet the communication conditions, the orderly proceeding of communication scheduling is ensured.
Preferably, the trunking dispatch server detects the state of the sender, the state of the receiver and the state of the communication channel of the trunking communication request in real time to implement trunking communication dispatch, and further includes:
when a receiver is in a communication state, if the priority of a sender is higher than the priorities of the receiver and a third party communicating with the receiver at the same time, and the sender needs to communicate with the third party at the same time, forcibly inserting the current communication; and if the priority of the sender is higher than the priorities of the receiver and a third party communicating with the receiver at the same time, and the sender does not need to communicate with the third party, forcibly canceling the ongoing communication of the receiver and further detecting whether an idle channel exists.
In the trunking communication scheduling process, a trunking terminal with a high priority often carries more important smuggling tasks, so when a receiver is in a communication state, it is necessary to determine which trunking communication scheduling tasks are preferentially executed by determining priorities of the receiver and a third party communicating with the receiver.
Preferably, the trunking dispatch server detects the state of the sender, the state of the receiver and the state of the communication channel of the trunking communication request in real time to implement trunking communication dispatch, and further includes:
when a receiver is in a communication state, if the priority of a sender is not satisfied and is higher than the priorities of the receiver and a third party communicating with the receiver, periodically detecting whether the receiver is still in the communication state, and if the priority of the sender exceeds a certain time limit, canceling the communication between the sender and the receiver; if the receiving party is in an idle state within a certain time limit, whether an idle channel exists is further detected.
When the priority of the sender is lower, the communication is not directly cancelled, but whether the receiver is in a communication state is continuously detected within a certain time limit, and the communication between the sender and the receiver is ensured to be realized as far as possible; however, if the receiver is still in the communication state beyond a certain time limit, the waiting cost is increased if the sender continues to wait, and the communication is cancelled at this time.
A flow chart for a sender and a receiver implementing a cluster communication schedule is shown in fig. 2.
Preferably, the cluster terminal further comprises a dispatching desk, a vehicle-mounted desk and a handheld terminal,
the dispatching desk is positioned in a command center and used for issuing a task instruction according to a smuggling task and receiving law enforcement information fed back by the vehicle-mounted desk and the handheld terminal;
the vehicle-mounted station is arranged on a law enforcement vehicle and is used for realizing communication with the dispatching station and the handheld terminal;
the handheld terminal is carried by a single police, and is used for realizing communication between the single police and the dispatching desk and the vehicle-mounted platform;
the dispatching desk has the highest priority, the vehicle-mounted desk has the second priority, and the handheld terminal has the lowest priority.
In the process of trunking communication scheduling for customs republic, the trunking terminal is further divided into a scheduling table, a vehicle-mounted table and a handheld terminal according to different working positions and working contents, and the priority of the trunking terminal is set, so that the priority of the trunking terminal can be used for determining who sends out a trunking communication request preferentially.
Preferably, the trunking communication scheduling method is divided into voice communication, video communication, and short message communication according to communication modes.
By setting multiple communication modes, the cluster terminal can select a proper communication mode according to the communication requirement, and the communication scheduling task is better completed. Basic communication in trunking communication scheduling can be realized through voice communication, dynamic videos obtained through the videos can be displayed in real time while voice communication is established, and a trunking terminal (such as a scheduling station) with high priority can know various changes of a scheduling site in real time; in addition, short message communication can be used as a good alternative scheduling means for voice and video on occasions such as a strong noise interference environment and the like where voice and video communication is inconvenient. In particular, the dispatching desk can click the cluster terminal to monitor the video of the cluster terminal, so that the requirement of knowing a dispatching site in real time is met.
Preferably, the trunking communication scheduling method further includes an intra-group transmission, where the intra-group transmission includes the following steps:
a cluster scheduling server establishes a common communication channel among cluster terminals in a group, the cluster terminals in an initial group are all in an idle state, and the common communication channel is monitored;
after a certain trunking terminal obtains the right to speak through a preemption mode, sending voice, video or short messages in a group, and receiving the voice, video or short messages by other trunking terminals; after the cluster terminal releases the speaking right, the cluster terminals in the group acquire the speaking right through a preemption mode;
the trunking terminal with the highest priority in the group can obtain the right to speak at any time.
When the members in the group need to know the working schedule mutually or have other communication requirements, the trunking communication scheduling can be realized by a trunking sending mode in the group. The speaking right is obtained through a preemptive mode, and the cluster terminals with the same level are effectively guaranteed to have the same speaking right.
Preferably, the trunking communication scheduling method further includes intra-group broadcast communication, and the intra-group broadcast communication includes the following steps:
a broadcast channel is established by a trunking dispatch server, a trunking terminal with the highest priority in a group is used as a voice, video or short message sending party, and other trunking terminals in the group are used as corresponding voice, video or short message receiving parties;
the trunking terminal with the highest priority sends voice, video or short messages to all trunking terminals in the group;
and the cluster scheduling server detects whether a missed cluster terminal exists, and if so, sends missed call prompt information to the cluster terminal with the highest priority and the missed cluster terminal.
When important tasks need to be issued in the group, the cluster terminal with the highest priority sends voice, video or short messages to all cluster terminals in the group, and a cluster scheduling server is used for detecting whether missed cluster terminals are searched or not, so that the cluster terminal with the highest priority can effectively master the task receiving condition of the cluster terminals in the group, and whether further instructions need to be made or not is judged according to the task receiving condition.
Preferably, the group sending packet and the group broadcasting communication packet are obtained by the following steps:
newly building a network and adding a corresponding cluster terminal before a task; or temporarily establishing a new network and adding a corresponding cluster terminal during the task;
the packet is further obtained by:
displaying the position and the state of the cluster terminal in real time based on the geographical position information;
selecting the cluster terminals on the map by means of click, circle and stroke to obtain the group of the group transmission;
and adjusting the cluster terminals in the group in real time according to the position and state change of the cluster terminals.
By providing various ways for establishing the grouping in the smuggling process, the grouping can be fixedly or dynamically determined by a user according to the actual condition, and the smuggling requirement is met. Only members in the group can communicate with each other, and users in different groups can communicate in a single call mode. The dispatcher is supported to change the group members or establish a new group at any time, and the vehicle-mounted station and the handheld terminal can be dynamically switched among different groups.
Preferably, the trunking communication scheduling method further includes emergency plan broadcasting, the trunking scheduling server is in butt joint with the emergency plan system, the emergency plan is directly started when an event occurs, the scheduling function set by the plan is executed, and the timeliness of emergency event processing is improved.
The emergency plan broadcasting steps are as follows:
when an emergency event occurs, the dispatching desk initiates one-click broadcasting;
the cluster scheduling server receives the one-click broadcast and stops communication of all current communication channels;
the trunking dispatching server controls all communication channels to send the plan voice files set in the emergency plan to the trunking terminal;
and the cluster terminal receives the plan voice file and automatically opens the sound amplification sound channel for broadcasting, specifically, a special identifier is set in the plan voice file, after the cluster terminal receives the plan voice file, a processor of the cluster terminal analyzes the special identifier to obtain the special identifier in the plan file, and the sound amplification sound channel is opened through a special identifier cluster terminal controller to broadcast the plan voice file.
Preferably, the trunking communication scheduling method further comprises emergency alarm communication, and when a law enforcement officer has an emergency in the law enforcement process, the emergency can be sent to a superior through the emergency alarm communication function in time, so that the timeliness of emergency handling is improved.
The emergency alert communication steps are as follows:
the trunking terminal initiates an emergency trunking dispatching request through a specially set emergency key,
the cluster scheduling server receives and analyzes the cluster scheduling request, detects whether the receiver is in an idle state when detecting that the request is an emergency cluster scheduling request,
when the receiver is in an idle state, the emergency alarm trunking communication scheduling is realized through an emergency alarm dedicated channel;
when the receiver is in the communication state, the current communication is cancelled, and the emergency alarm trunking communication scheduling is realized through the emergency alarm dedicated channel.
In addition, the cluster scheduling server is also used for recording communication parties, communication modes, communication time and communication contents in the process of smuggling cluster scheduling, and facilitates later analysis of the law enforcement process.
In the trunking communication scheduling method in the application, the situation when an emergency occurs is also considered, when the emergency occurs, the priority for processing the emergency is the highest, and the rapid guidance of the emergency is realized by stopping the communication of all current communication channels and playing the plan voice file in a broadcasting manner.
Those skilled in the art will appreciate that all or part of the flow of the method implementing the above embodiments may be implemented by a computer program, which is stored in a computer readable storage medium, to instruct related hardware. The computer readable storage medium is a magnetic disk, an optical disk, a read-only memory or a random access memory.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.
Claims (9)
1. A trunking communication scheduling method applied to customs republic is characterized by comprising the following steps:
a cluster terminal initiates a cluster scheduling request;
the cluster scheduling server receives and analyzes the cluster scheduling request to obtain a sender, a receiver and a communication mode of the cluster communication request;
the cluster scheduling server detects the states of a sender and a receiver of the cluster communication request and the state of a communication channel in real time to realize cluster communication scheduling;
further comprising intra-group broadcast communication, the intra-group broadcast communication steps comprising:
a broadcast channel is established by a trunking dispatch server, a trunking terminal with the highest priority in a group is used as a voice, video or short message sending party, and other trunking terminals in the group are used as corresponding voice, video or short message receiving parties;
the trunking terminal with the highest priority sends voice, video or short messages to all trunking terminals in the group;
and the cluster scheduling server detects whether a missed cluster terminal exists, and if so, sends missed call prompt information to the cluster terminal with the highest priority and the missed cluster terminal.
2. The trunking communication scheduling method for customs republic of claim 1 wherein the trunking scheduling server detects the status of the sender, the receiver and the communication channel of the trunking communication request in real time to implement trunking communication scheduling, further comprising:
detecting the priority of a sender and a receiver and whether the receiver is in an idle state or not in real time;
when the receiving side is in an idle state, whether an idle channel exists is further detected:
if yes, utilizing the idle channel to realize cluster communication scheduling between the sender and the receiver;
if not, detecting whether idle channels exist in all communication channels in real time within a certain time limit, and if so, realizing cluster communication scheduling between a sender and a receiver by using the idle channels.
3. The trunking communication scheduling method for customs republic of claim 2 wherein the trunking scheduling server detects the status of the sender, the receiver and the communication channel of the trunking communication request in real time to implement trunking communication scheduling, further comprising:
when a receiver is in a communication state, if the priority of a sender is higher than the priorities of the receiver and a third party communicating with the receiver at the same time, and the sender needs to communicate with the third party at the same time, forcibly inserting the current communication; and if the priority of the sender is higher than the priorities of the receiver and a third party communicating with the receiver at the same time, and the sender does not need to communicate with the third party, forcibly canceling the ongoing communication of the receiver and further detecting whether an idle channel exists.
4. The trunking communication scheduling method for customs republic of claim 3 wherein the trunking scheduling server detects the status of the sender, the receiver and the communication channel of the trunking communication request in real time to implement trunking communication scheduling, further comprising:
when a receiver is in a communication state, if the priority of a sender is not satisfied and is higher than the priorities of the receiver and a third party communicating with the receiver, periodically detecting whether the receiver is still in the communication state, and if the priority of the sender exceeds a certain time limit, canceling the communication between the sender and the receiver; if the receiving party is in an idle state within a certain time limit, whether an idle channel exists is further detected.
5. The trunking communication scheduling method for customs republic of any of claims 1-4 wherein the trunking terminal further comprises a dispatching desk, a vehicle-mounted desk, a handheld terminal,
the dispatching desk is positioned in a command center and used for issuing a task instruction according to a smuggling task and receiving law enforcement information fed back by the vehicle-mounted desk and the handheld terminal;
the vehicle-mounted station is arranged on a law enforcement vehicle and is used for realizing communication with the dispatching station and the handheld terminal;
the handheld terminal is carried by a single police, and is used for realizing communication between the single police and the dispatching desk and the vehicle-mounted platform;
the dispatching desk has the highest priority, the vehicle-mounted desk has the second priority, and the handheld terminal has the lowest priority.
6. The trunking communication scheduling method for customs enforcement according to claim 5 wherein the trunking communication scheduling method is classified into voice communication, video communication, short message communication according to communication mode.
7. The trunking communication scheduling method for customs republic of claim 6 further comprising intra-group mass sending, wherein the intra-group mass sending comprises the following steps:
a cluster scheduling server establishes a common communication channel among cluster terminals in a group, the cluster terminals in an initial group are all in an idle state, and the common communication channel is monitored;
after a certain trunking terminal obtains the right to speak through a preemption mode, sending voice, video or short messages in a group, and receiving the voice, video or short messages by other trunking terminals; after the cluster terminal releases the speaking right, the cluster terminals in the group acquire the speaking right through a preemption mode;
the trunking terminal with the highest priority in the group can obtain the right to speak at any time.
8. The method as claimed in claim 7, wherein the group communication scheduling method for customs agency is characterized in that the group sending group and the group broadcasting communication group are obtained by:
newly building a network and adding a corresponding cluster terminal before a task; or temporarily establishing a new network and adding a corresponding cluster terminal during the task;
the packet is further obtained by:
displaying the position and the state of the cluster terminal in real time based on the geographical position information;
selecting the cluster terminals on the map by means of click, circle and stroke to obtain the group of the group transmission;
and adjusting the cluster terminals in the group in real time according to the position and state change of the cluster terminals.
9. The trunking communication scheduling method for customs republic of claim 8 further comprising broadcasting emergency plans, wherein the broadcasting of emergency plans comprises the following steps:
when an emergency event occurs, the dispatching desk initiates one-click broadcasting;
the cluster scheduling server receives the one-click broadcast and stops communication of all current communication channels;
the trunking dispatching server controls all communication channels to send the plan voice files set in the emergency plan to the trunking terminal;
and the cluster terminal receives the plan voice file and automatically opens a sound amplification sound channel for broadcasting.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4012597A (en) * | 1975-11-24 | 1977-03-15 | Motorola, Inc. | Transmission trunk multichannel dispatch system with priority queuing |
| CN102595312A (en) * | 2012-02-14 | 2012-07-18 | 北京市万格数码通讯科技有限公司 | Method for transmitting locating information by cluster communication system by the aid of idle traffic channels |
| CN104506881A (en) * | 2014-12-31 | 2015-04-08 | 成都东方盛行电子有限责任公司 | Scheduling method for audio/video fragment transcoding |
-
2018
- 2018-07-27 CN CN201810844325.6A patent/CN109005225B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4012597A (en) * | 1975-11-24 | 1977-03-15 | Motorola, Inc. | Transmission trunk multichannel dispatch system with priority queuing |
| CN102595312A (en) * | 2012-02-14 | 2012-07-18 | 北京市万格数码通讯科技有限公司 | Method for transmitting locating information by cluster communication system by the aid of idle traffic channels |
| CN104506881A (en) * | 2014-12-31 | 2015-04-08 | 成都东方盛行电子有限责任公司 | Scheduling method for audio/video fragment transcoding |
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| CN109005225A (en) | 2018-12-14 |
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