CN113435745B - 5G-based personnel task execution state monitoring method and system - Google Patents
5G-based personnel task execution state monitoring method and system Download PDFInfo
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Abstract
The application relates to a 5G-based personnel task execution state monitoring method and a system, wherein the method comprises the following steps: when a new law enforcement task is established, selecting a target law enforcement terminal and sending a law enforcement instruction aiming at the law enforcement task to the target law enforcement terminal, wherein the law enforcement instruction comprises a target address; acquiring the address of a target law enforcement terminal in real time; constructing a task standard path by taking the address of the target law enforcement terminal when receiving a law enforcement instruction as a starting point and taking the target address as an ending point; the method comprises the steps that the address of a target law enforcement terminal when receiving a law enforcement instruction is taken as a starting point, and the current address of the target law enforcement terminal is taken as an ending point to construct a real-time moving path of the target law enforcement terminal; comparing the real-time moving path with the task standard path, and if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, judging that the law enforcement personnel corresponding to the target law enforcement terminal is in an abnormal law enforcement state. The application has the following effects: the effect of monitoring the law enforcement states of law enforcement personnel in real time is achieved.
Description
Technical Field
The invention relates to the technical field of law enforcement monitoring, in particular to a 5G-based personnel task execution state monitoring method and system.
Background
After receiving the report or the upper instruction of the masses in a certain place, law enforcement personnel such as urban management and the like can go to an ex-situ site to execute measures such as administrative punishment or administrative enforcement and the like on illegal molecules so as to ensure the stability of urban public security and social security.
In the related art, when a law enforcement officer performs official business, a law enforcement recorder is generally used for recording the on-site situation during law enforcement, the law enforcement recorder is generally provided with a GPS positioning function, position information can be sent to a monitoring center in real time through a mobile network, and the law enforcement recorder is used as a law enforcement terminal and can receive the law enforcement task issued by the monitoring center in real time.
With respect to the above-described related art, the inventors consider that there are the following drawbacks: in the process that law enforcement personnel go to the scene of occurrence, the monitoring center has difficulty in knowing the moving path of law enforcement personnel through the law enforcement recorder, and the real-time supervision of the law enforcement state of law enforcement personnel is difficult to carry out by the monitoring center.
Disclosure of Invention
In order to solve the problem that the law enforcement state of law enforcement personnel is difficult to monitor in real time, the application provides a 5G-based personnel task execution state monitoring method and system.
In a first aspect, the present application provides a 5G-based method for monitoring a task execution status of a person, which adopts the following technical scheme:
when a law enforcement task is newly established, selecting a target law enforcement terminal and sending a law enforcement instruction aiming at the law enforcement task to the target law enforcement terminal, wherein the law enforcement instruction comprises a target address;
acquiring the address of the target law enforcement terminal in real time;
in a preset network map, taking the address of the target law enforcement terminal when receiving a law enforcement instruction as a starting point, and taking the target address as an ending point to construct a task standard path;
the method comprises the steps that the address of the target law enforcement terminal when receiving a law enforcement instruction is taken as a starting point, and the current address of the target law enforcement terminal is taken as an ending point to construct a real-time moving path of the target law enforcement terminal;
comparing the real-time moving path with the task standard path, and if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, judging that the law enforcement personnel corresponding to the target law enforcement terminal is in an abnormal law enforcement state.
By adopting the technical scheme, when the system sends the law enforcement instruction to the target law enforcement terminal, the task standard path and the real-time moving path are generated, the task standard path is used as a reference path for the target law enforcement personnel to move, when the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, the target law enforcement personnel is indicated not to move according to the task standard path planned by the system, and the law enforcement personnel is judged to be in an abnormal law enforcement state, so that the effect of monitoring the law enforcement state of the law enforcement personnel in real time is realized.
Optionally, before the comparing the real-time moving path with the task standard path, the method further includes:
when a cooperation request sent by a target law enforcement terminal is received, a cooperation instruction is sent to other corresponding target law enforcement terminals according to a preset allocation principle and the cooperation request, and the cooperation instruction comprises a cooperation address.
By adopting the technical scheme, the problem that in the process that law enforcement personnel go to an incident scene, other law enforcement personnel who are law enforcement personnel send out cooperation requests due to insufficient manpower is considered, and at the moment, the target law enforcement personnel who go to the original incident scene may need to go to another incident scene, so when the law enforcement personnel go to another incident scene, the task standard path of the law enforcement personnel needs to be updated, and the reliability of comparing the task standard path with the real-time moving path is ensured.
Optionally, the law enforcement instruction includes an instruction execution state, and sending the collaboration instruction to the other corresponding target law enforcement terminals according to a preset allocation rule and a collaboration request includes:
acquiring execution states of all law enforcement instructions in a preset range, wherein the execution states comprise execution neutralization and execution completion;
and sending the collaboration instruction to a target law enforcement terminal with the execution state of ending execution.
By adopting the technical scheme, when the cooperative instruction is generated, the system preferentially sends the cooperative instruction to the target law enforcement terminal with the execution state of the execution end, so that law enforcement personnel going to the target address continue to execute the original law enforcement instruction, and the rationality of human resource use is ensured.
Optionally, the collaboration instruction includes the number of people to be assisted, and before the collaboration instruction is sent to the target law enforcement terminal whose execution state is the end of execution, the method further includes:
acquiring the number of target law enforcement terminals with execution states ending in a preset range;
judging whether the number of the target law enforcement terminals with the execution state being the end of execution is equal to the number of the people to be assisted, if so, sending the collaboration instruction to the target law enforcement terminals with the execution state being the end of execution;
otherwise, judging whether the execution state is that the number of the target law enforcement terminals after the execution is smaller than the number of the rescue people, if so, sending the collaboration instruction to other corresponding target law enforcement terminals according to a preset tuning principle; and if the cooperative instruction is larger than the preset priority, sending the cooperative instruction to a corresponding target law enforcement terminal according to a preset priority principle.
By adopting the technical scheme, a plurality of law enforcement personnel are required to cooperate in consideration of the relatively troublesome time corresponding to some cooperation instructions, so that when the execution state is that the number of the law enforcement personnel with the execution end is smaller than the number of the people to be assisted, the system needs to supplement and select a proper target law enforcement terminal according to a preset optimization principle so as to ensure the normal execution of the cooperation instructions.
Optionally, the collaboration instruction further includes a collaboration emergency level, the law enforcement instruction further includes a law enforcement emergency level, and the sending the collaboration instruction to the corresponding target law enforcement terminal according to a preset tuning principle includes:
acquiring the cooperative emergency degree grade of the cooperative instruction and the law enforcement emergency degree grade of all law enforcement instructions within a preset range;
and comparing the cooperative emergency degree level with the law enforcement emergency degree level, if the cooperative emergency degree level is larger than the law enforcement emergency degree level, sending the cooperative instruction to a corresponding target law enforcement terminal, and updating a task standard path of the target law enforcement terminal.
By adopting the technical scheme, when the system supplements and selects the proper target law enforcement terminal, the system mainly depends on the cooperative emergency degree level, and if the cooperative emergency degree level is greater than the law enforcement emergency degree level, the emergency degree of the event needing cooperation is indicated to be greater than the emergency degree of the law enforcement instruction which is required to be executed by law enforcement personnel, and the corresponding target law enforcement terminal can receive the cooperative instruction first.
Optionally, the sending the collaboration instruction to the other corresponding target law enforcement terminals according to a preset preference rule includes:
constructing a cooperation area by taking the cooperation address as a circle center and taking a preset distance as a radius;
calculating the distance between the current address and the cooperative address of each target law enforcement terminal in the cooperative area, wherein the execution state of each target law enforcement terminal is the completion of execution;
and sending the collaboration instruction to a corresponding target law enforcement terminal according to the distance and the number of the people to be assisted.
By adopting the technical scheme, due to the fact that the number of the law enforcement terminals is large, proper target law enforcement terminals are selected in the cooperation area, and the law enforcement terminals sending cooperation requests can be responded quickly, so that effective dispatching of law enforcement personnel is achieved.
Optionally, comparing the real-time moving path with the task standard path, and if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, determining that the law enforcement personnel corresponding to the target law enforcement terminal is in an abnormal law enforcement state includes:
acquiring the distance between the target law enforcement terminal and the target address;
when the distance is gradually close to 0 in a preset time period, comparing the real-time moving path with a task standard path, and if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, judging that law enforcement personnel corresponding to the target law enforcement terminal are in an abnormal law enforcement state;
when the distance is gradually larger than 0 in a preset time period, judging whether the target law enforcement terminal reaches a target address, and if so, judging that law enforcement personnel corresponding to the target law enforcement terminal are in a law enforcement ending state; otherwise, judging that the law enforcement officer is in an abnormal law enforcement state.
By adopting the technical scheme, when the law enforcement officer does not reach the target address, the coincidence rate of the real-time moving path and the task standard path is compared to judge the law enforcement status of the law enforcement officer; and after the law enforcement officer reaches the target address, if the law enforcement officer is far away from the target address, indicating that the law enforcement officer is finished; and when the law enforcement officer has not reached the target address and the law enforcement officer is away from the target address, indicating that the law enforcement officer is in an abnormal law enforcement state.
In a second aspect, the present application provides a 5G-based personnel task execution status monitoring system, which adopts the following technical scheme: the system comprises:
the system comprises a law enforcement instruction sending module, a target law enforcement terminal and a target law enforcement terminal, wherein the law enforcement instruction sending module is used for selecting the target law enforcement terminal and sending a law enforcement instruction aiming at the law enforcement task to the target law enforcement terminal when a new law enforcement task is established, and the law enforcement instruction comprises a target address;
the target law enforcement terminal address acquisition module is used for acquiring the location of the target law enforcement terminal in real time;
the task standard path construction module is used for constructing a task standard path in a preset network map by taking the address of the target law enforcement terminal when receiving a law enforcement instruction as a starting point and taking the target address as an end point;
the real-time mobile path construction module is used for constructing a real-time mobile path of the target law enforcement terminal by taking the address of the target law enforcement terminal when receiving a law enforcement instruction as a starting point and taking the current address of the target law enforcement terminal as an ending point;
and the law enforcement state judging module is used for comparing the real-time moving path with the task standard path, and judging that the law enforcement personnel corresponding to the target law enforcement terminal is in an abnormal law enforcement state if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value.
By adopting the technical scheme, the coincidence rate of the real-time moving path and the task standard path is compared to judge whether the target law enforcement officer moves according to the task standard path planned by the system, if the coincidence rate is smaller than the preset reference value, the law enforcement officer is judged to be in an abnormal law enforcement state, and therefore the effect of monitoring the law enforcement officer's law enforcement state in real time is achieved.
In a third aspect, the present application provides a computer device, which adopts the following technical scheme: comprising a memory and a processor, said memory having stored thereon a computer program capable of being loaded by the processor and executing any of the 5G based personnel task execution status monitoring methods described above.
By adopting the technical scheme, the coincidence rate of the real-time moving path and the task standard path is compared to judge whether the target law enforcement officer moves according to the task standard path planned by the system, if the coincidence rate is smaller than the preset reference value, the law enforcement officer is judged to be in an abnormal law enforcement state, and therefore the effect of monitoring the law enforcement officer's law enforcement state in real time is achieved.
In a fourth aspect, the present application provides a storage medium, which adopts the following technical scheme: a computer program capable of being loaded by a processor and executing any one of the above 5G-based personnel task execution status monitoring methods is stored.
By adopting the technical scheme, the coincidence rate of the real-time moving path and the task standard path is compared to judge whether the target law enforcement officer moves according to the task standard path planned by the system, if the coincidence rate is smaller than the preset reference value, the law enforcement officer is judged to be in an abnormal law enforcement state, and therefore the effect of monitoring the law enforcement officer's law enforcement state in real time is achieved.
In summary, the present application includes at least one of the following beneficial technical effects:
1. comparing the coincidence rate of the real-time moving path and the task standard path to judge whether a target law enforcement officer moves according to the task standard path planned by the system, if the coincidence rate is smaller than a preset reference value, judging that the law enforcement officer is in an abnormal law enforcement state, thereby realizing the effect of monitoring the law enforcement state of the law enforcement officer in real time;
2. in the process that law enforcement personnel go to a target address, the situation that other law enforcement personnel need help due to the troublesome problem exists, at the moment, according to the level of cooperative emergency degree and a preset allocation principle, a cooperative instruction is sent to a law enforcement terminal conforming to the allocation principle, and a task standard path of the target law enforcement terminal receiving the cooperative instruction is updated, so that the reliability of comparing a real-time moving path with the task standard path is ensured;
3. when the system is used for selecting proper target law enforcement terminals in a complementary manner, the system mainly depends on the cooperative emergency level, if the cooperative emergency level is greater than the law enforcement emergency level, the emergency level of the event needing cooperation is greater than the emergency level of the law enforcement instruction which is needed to be executed by law enforcement personnel, the corresponding target law enforcement terminals can receive the cooperative instruction first
4. Due to the fact that the number of the law enforcement terminals is large, a proper target law enforcement terminal is selected in the cooperation area, and the rapid response of the law enforcement terminal sending a cooperation request is facilitated, so that effective dispatching of law enforcement personnel is achieved;
5. when the law enforcement officer does not reach the target address, comparing the coincidence rate of the real-time moving path and the task standard path to judge the law enforcement state of the law enforcement officer; and after the law enforcement officer reaches the target address, if the law enforcement officer is far away from the target address, indicating that the law enforcement officer is finished; and when the law enforcement officer has not reached the target address and the law enforcement officer is away from the target address, indicating that the law enforcement officer is in an abnormal law enforcement state.
Drawings
Fig. 1 is a flowchart of a 5G-based personnel task execution status monitoring method in an embodiment of the present application.
Fig. 2 is a flow chart of substeps of S14 in the embodiment of the present application.
Fig. 3 is a flow chart of substeps of S142 in the embodiment of the present application.
Fig. 4 is a flow chart of sub-steps of S1427 in an embodiment of the present application.
Fig. 5 is a block diagram of a 5G-based personnel task execution status monitoring system in an embodiment of the present application.
Reference numerals illustrate: 201. a law enforcement instruction generation module; 202. a law enforcement personnel information acquisition module; 203. a law enforcement instruction sending module; 204. the target law enforcement terminal address acquisition module; 205. a task standard path construction module; 206. a real-time moving path construction module; 207. and a law enforcement state judging module.
Detailed Description
The present application is described in further detail below in conjunction with figures 1-5.
The embodiment of the application discloses a 5G-based personnel task execution state monitoring method, which is based on a dispatching system, wherein a background management center of the dispatching system can receive reporting or upper-level assigned law enforcement tasks from masses so as to be used for dispatching a law enforcement target terminal by the dispatching system.
As shown in fig. 1, the method comprises the steps of:
s10, generating law enforcement instructions.
Specifically, the dispatching system generates a law enforcement instruction with specific content aiming at a law enforcement task, wherein the law enforcement instruction comprises the initial time for generating the law enforcement instruction, a target address and a law enforcement emergency level, the target address refers to the address where a law enforcement event occurs, the law enforcement emergency level refers to the emergency level which needs to be processed by the law enforcement event, and when the emergency level is first-level, the law enforcement event is indicated to be not emergency; when the emergency degree is secondary, indicating that the law enforcement event is urgent; when the degree of urgency is three, law enforcement events are indicated as being urgent.
S11, personnel information of the law enforcement terminal is obtained.
Specifically, the target law enforcement terminal in the embodiment of the application can be a law enforcement recorder equipped with a law enforcement officer, and the law enforcement recorder is based on a 5G communication technology, and can interact with the dispatching system in real time under a mobile communication network besides a traditional GPS global positioning function.
The personnel information of the law enforcement terminal comprises the information of the work number, name, age, work age and the like of the law enforcement personnel.
And S12, sending the law enforcement instruction to the target law enforcement terminal.
Specifically, the dispatching system sends a law enforcement instruction to a corresponding law enforcement terminal according to a preset dispatching principle and personnel information of the law enforcement terminal, and the law enforcement terminal is the target law enforcement terminal.
The preset scheduling principle comprises the steps of according to a preset relation table of the cooperative emergency degree grade and the working age and age of law enforcement personnel, transmitting the cooperative instruction to a corresponding law enforcement terminal based on the cooperative emergency degree grade in the cooperative instruction, for example:
| collaborative level of urgency | Law enforcement personnel working age | Age of law enforcement personnel |
| First level | (1，2]Year of life | 24-30 years old |
| Second-level | (2,5]Year of life | 28-35 years old |
| Three stages | For more than 5 years | 30-45 years old |
S13, acquiring the address of the target law enforcement terminal in real time.
Specifically, the dispatching system acquires the address of the target law enforcement terminal in real time, and the address of the target law enforcement terminal when receiving the law enforcement instruction is set as the departure address.
S14, constructing a task standard path.
Specifically, the scheduling system utilizes a Goldmap or a hundred-degree map to construct a task standard path between a departure address and a target address when a target law enforcement terminal receives a law enforcement instruction, wherein the task standard path is an optimal path generated by the scheduling system after the scheduling system considers the length of a path based on the Goldmap or the hundred-degree map.
Referring to fig. 2, S14 includes the following substeps:
s141, acquiring a cooperation request.
Specifically, considering that a law enforcement personnel has a troublesome problem in a law enforcement site where the law enforcement personnel are located and needs assistance in a law enforcement process, the law enforcement personnel can send a cooperation request to the dispatching system through a law enforcement recorder, the cooperation request comprises a cooperation address and a cooperation emergency level, and the cooperation address is the address of a target law enforcement terminal sending the cooperation request.
The scheduling system generates a collaboration instruction based on the collaboration request, wherein the collaboration instruction comprises a collaboration address, a collaboration emergency level and the number of people to be assisted.
S142, sending a cooperation instruction to the corresponding target law enforcement terminal according to a preset allocation principle and a cooperation request.
Referring to fig. 3, S142 includes the following 7 substeps:
s1421, the execution state of all law enforcement instructions in a preset range is obtained.
Specifically, the execution state of the target law enforcement terminal mainly comprises two states of execution middle and execution ending, when the system receives the cooperation request, the target law enforcement terminal with the execution state being the execution ending is searched in a preset range so as to realize the scheduling of idle law enforcement personnel, and the preset range in the embodiment of the application is a circular area formed by taking the target law enforcement terminal sending the cooperation request as a circle center and taking 2km as a radius.
S1422, obtaining the number of target law enforcement terminals with execution states of which the execution ends in a preset range.
S1423, judging whether the number is equal to the number of people to be assisted.
Specifically, there is a possibility that the number of execution-ended law enforcement officers within the preset range is smaller than the number of recourses, and when the number of execution-ended target law enforcement terminals is equal to the number of recourses, S1424 is executed; otherwise, S1425 is performed.
And S1424, transmitting the collaboration instruction to the target law enforcement terminal with the execution state of the execution completion.
S1425, judging whether the number is smaller than the number of people to be assisted.
Specifically, when the number of target law enforcement terminals whose execution ends is smaller than the number of recourses, S1426 is executed; otherwise, S1427 is performed.
S1426, sending the collaboration instruction to other corresponding target law enforcement terminals according to a preset tuning principle.
Specifically, the scheduling system firstly acquires the cooperative emergency degree grade of the cooperative instruction and the law enforcement emergency degree grade of the law enforcement instruction, then compares the cooperative emergency degree grade with the law enforcement emergency degree grade, judges whether the cooperative emergency degree grade is larger than the law enforcement emergency degree grade, if so, sends the cooperative instruction to a corresponding target law enforcement terminal, and updates a task standard path of the target law enforcement terminal; otherwise, no action is taken.
And S1427, transmitting the collaboration instruction to other corresponding target law enforcement terminals according to a preset preference principle.
Referring to fig. 4, S1427 includes the following 3 sub-steps:
s14271, constructing a collaboration area.
S14272, calculating the distance between the current address and the cooperative address of each target law enforcement terminal with the execution state of the target law enforcement terminal in the cooperative area.
And S14273, sending a cooperation instruction to the corresponding target law enforcement terminal according to the distance and the number of the recourses.
Specifically, when the execution state in the preset range is that the number of the target law enforcement terminals after the execution is finished is larger than the number of the people to be assisted, the scheduling system takes the target law enforcement terminals sending out the cooperation request as the circle center, constructs the cooperation area with 2km as the radius, and selects the nearest target law enforcement terminal meeting the requirement of the number to be assisted from the cooperation address as the preferable law enforcement terminal so as to ensure the normal execution of the cooperation instruction.
S15, constructing a real-time moving path.
Specifically, the dispatching system takes a departure address as a starting point and takes a current address of a target law enforcement terminal as an ending point to construct a real-time moving path of the target law enforcement terminal.
S16, comparing the real-time moving path with the task standard path.
S17, judging the law enforcement states of law enforcement personnel corresponding to the target law enforcement terminals.
Specifically, the scheduling system firstly acquires the distance between the target law enforcement terminal and the target address, when the distance is gradually close to 0 in a preset time period, the real-time moving path and the task standard path are compared, and if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, the law enforcement terminal is judged to be in a normal law enforcement state;
when the distance is gradually larger than 0 in a preset time period, the scheduling system judges whether the target law enforcement terminal reaches a target address according to the real-time position information of the target law enforcement terminal, and if the target law enforcement terminal reaches the target address, the scheduling system judges that law enforcement personnel are in a law enforcement ending state; otherwise, judging that the law enforcement officer is in an abnormal law enforcement state, and sending early warning or prompt information to the target law enforcement terminal so as to remind the target law enforcement officer of normal law enforcement.
The implementation principle of the embodiment of the application is as follows: the scheduling system judges whether the target law enforcement personnel move according to the task standard path planned by the system by comparing the real-time moving path of the target law enforcement terminal with the coincidence rate of the standard task path, if the coincidence rate is smaller than a preset reference value, the target law enforcement terminal is judged to be in an abnormal law enforcement state, and early warning information or reminding information is sent to the target law enforcement terminal so as to remind the target law enforcement personnel to perform normal law enforcement.
Based on the method, the embodiment of the application also discloses a 5G-based personnel task system.
In connection with fig. 5, the system comprises the following modules:
a law enforcement instruction generation module 201, configured to receive a law enforcement task and generate a law enforcement instruction with a specific format according to the law enforcement task;
a law enforcement information acquisition module 202, configured to acquire information of law enforcement personnel, where the law enforcement personnel information includes information such as a work number, a name, an age, and a work age of the law enforcement personnel;
the law enforcement instruction sending module 203 is configured to send a law enforcement instruction to a target law enforcement terminal according to a preset scheduling principle;
a target law enforcement terminal address acquisition module 204, configured to acquire a real-time address of a target law enforcement terminal in real time;
the task standard path construction module 205 is configured to construct a task standard path based on the law enforcement instruction generation module 201 and the target law enforcement terminal address acquisition module 204, according to a target address in the law enforcement instruction and a departure address when the target law enforcement terminal receives the law enforcement instruction;
the real-time mobile path construction module 206 is configured to construct a real-time mobile path of the target law enforcement terminal according to the departure address when the target law enforcement terminal receives the law enforcement instruction and the current address of the target law enforcement terminal;
the law enforcement state determining module 207 compares the coincidence rate of the real-time moving path and the task standard path based on the task standard path constructing module 205 and the real-time moving path constructing module 206, and determines that the target law enforcement terminal is in an abnormal law enforcement state if the coincidence rate is smaller than a preset reference value.
The embodiment of the application also discloses a computer device.
Specifically, the device comprises a memory and a processor, wherein the memory stores a computer program which can be loaded by the processor and execute the 5G-based personnel task execution state monitoring method.
The embodiment of the application also discloses a computer readable storage medium.
Specifically, the computer-readable storage medium storing a computer program capable of being loaded by a processor and executing the method of the 5G-based personnel task execution status monitoring method as above includes, for example: a U-disk, a removable hard disk, a Read-only memory (ROM), a random access memory (RandomAccessMemory, RAM), a magnetic disk, an optical disk, or other various media capable of storing program codes.
The embodiments of the present invention are all preferred embodiments of the present application, and are not intended to limit the scope of the present application in this way, therefore: all equivalent changes in structure, shape and principle of this application should be covered in the protection scope of this application.
Claims (6)
1. The 5G-based personnel task execution state monitoring method is characterized by comprising the following steps of:
when a law enforcement task is newly established, selecting a target law enforcement terminal and sending a law enforcement instruction aiming at the law enforcement task to the target law enforcement terminal, wherein the law enforcement instruction comprises a target address;
acquiring the address of the target law enforcement terminal in real time;
in a preset network map, taking the address of the target law enforcement terminal when receiving a law enforcement instruction as a starting point, and taking the target address as an ending point to construct a task standard path; the target address is changed in real time according to the collaboration request, and the task standard path is updated;
the method comprises the steps that the address of the target law enforcement terminal when receiving a law enforcement instruction is taken as a starting point, and the current address of the target law enforcement terminal is taken as an ending point to construct a real-time moving path of the target law enforcement terminal;
comparing the real-time moving path with a task standard path, if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, determining that a law enforcement officer corresponding to the target law enforcement terminal is in an abnormal law enforcement state, including:
acquiring the distance between the target law enforcement terminal and the target address;
when the distance is gradually close to 0 in a preset time period, comparing the real-time moving path with a task standard path, and if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, judging that law enforcement personnel corresponding to the target law enforcement terminal are in an abnormal law enforcement state;
when the distance is gradually larger than 0 in a preset time period, judging whether the target law enforcement terminal reaches a target address, and if so, judging that law enforcement personnel corresponding to the target law enforcement terminal are in a law enforcement ending state; otherwise, judging that the law enforcement officer is in an abnormal law enforcement state;
before the comparing the real-time moving path with the task standard path, the method further comprises:
when a collaboration request sent by a target law enforcement terminal is received, sending a collaboration instruction to other corresponding target law enforcement terminals according to a preset allocation principle and the collaboration request, wherein the collaboration instruction comprises a collaboration address;
the law enforcement instruction comprises an instruction execution state, and the sending of the cooperation instruction to the other corresponding target law enforcement terminals according to the preset allocation principle and the cooperation request comprises the following steps:
acquiring execution states of all law enforcement instructions in a preset range, wherein the execution states comprise execution neutralization and execution completion;
the collaboration instruction is sent to a target law enforcement terminal with an execution state of execution completion;
the cooperation instruction comprises the number of people to be assisted, and before the cooperation instruction is sent to the target law enforcement terminal with the execution state of ending execution, the method further comprises the steps of:
acquiring the number of target law enforcement terminals with execution states ending in a preset range;
judging whether the number of the target law enforcement terminals with the execution state being the end of execution is equal to the number of the people to be assisted, if so, sending the collaboration instruction to the target law enforcement terminals with the execution state being the end of execution;
otherwise, judging whether the execution state is that the number of the target law enforcement terminals after the execution is smaller than the number of the rescue people, if so, sending the collaboration instruction to other corresponding target law enforcement terminals according to a preset tuning principle; and if the cooperative instruction is larger than the preset priority, sending the cooperative instruction to a corresponding target law enforcement terminal according to a preset priority principle.
2. The 5G-based personnel task execution status monitoring method according to claim 1, wherein the collaboration instruction further includes a collaboration urgency level, the law enforcement instruction further includes a law enforcement urgency level, and the sending the collaboration instruction to the corresponding target law enforcement terminal according to a preset tuning principle includes:
acquiring the cooperative emergency degree grade of the cooperative instruction and the law enforcement emergency degree grade of all law enforcement instructions within a preset range;
and comparing the cooperative emergency degree level with the law enforcement emergency degree level, if the cooperative emergency degree level is larger than the law enforcement emergency degree level, sending the cooperative instruction to a corresponding target law enforcement terminal, and updating a task standard path of the target law enforcement terminal.
3. The method for monitoring the task execution status of 5G-based personnel according to claim 1, wherein the sending the collaboration instruction to the other corresponding target law enforcement terminals according to a preset preference rule comprises:
constructing a cooperation area by taking the cooperation address as a circle center and taking a preset distance as a radius;
calculating the distance between the current address and the cooperative address of each target law enforcement terminal in the cooperative area, wherein the execution state of each target law enforcement terminal is the completion of execution;
and sending the collaboration instruction to a corresponding target law enforcement terminal according to the distance and the number of the people to be assisted.
4. A 5G-based personnel task execution status monitoring system, the system comprising:
the system comprises a law enforcement instruction sending module (203) for selecting a target law enforcement terminal and sending a law enforcement instruction for a law enforcement task to the target law enforcement terminal when a new law enforcement task is established, wherein the law enforcement instruction comprises a target address;
a target law enforcement terminal address acquisition module (204) for acquiring the location of the target law enforcement terminal in real time;
the task standard path construction module (205) is used for constructing a task standard path in a preset network map by taking the address of the target law enforcement terminal when receiving a law enforcement instruction as a starting point and taking the target address as an end point; the target address is changed in real time according to the collaboration request, and the task standard path is updated;
the real-time mobile path construction module (206) is used for constructing a real-time mobile path of the target law enforcement terminal by taking the address of the target law enforcement terminal when the target law enforcement terminal receives the law enforcement instruction as a starting point and taking the current address of the target law enforcement terminal as an ending point;
a law enforcement state judging module (207) for comparing the real-time moving path with a task standard path, and judging that a law enforcement person corresponding to the target law enforcement terminal is in an abnormal law enforcement state if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value;
comparing the real-time moving path with a task standard path, if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, determining that a law enforcement officer corresponding to the target law enforcement terminal is in an abnormal law enforcement state, including:
acquiring the distance between the target law enforcement terminal and the target address;
when the distance is gradually close to 0 in a preset time period, comparing the real-time moving path with a task standard path, and if the coincidence rate of the real-time moving path and the task standard path is smaller than a preset reference value, judging that law enforcement personnel corresponding to the target law enforcement terminal are in an abnormal law enforcement state;
when the distance is gradually larger than 0 in a preset time period, judging whether the target law enforcement terminal reaches a target address, and if so, judging that law enforcement personnel corresponding to the target law enforcement terminal are in a law enforcement ending state; otherwise, judging that the law enforcement officer is in an abnormal law enforcement state;
before the comparing the real-time moving path with the task standard path, the method further comprises:
when a collaboration request sent by a target law enforcement terminal is received, sending a collaboration instruction to other corresponding target law enforcement terminals according to a preset allocation principle and the collaboration request, wherein the collaboration instruction comprises a collaboration address;
the law enforcement instruction comprises an instruction execution state, and the sending of the cooperation instruction to the other corresponding target law enforcement terminals according to the preset allocation principle and the cooperation request comprises the following steps:
acquiring execution states of all law enforcement instructions in a preset range, wherein the execution states comprise execution neutralization and execution completion;
the collaboration instruction is sent to a target law enforcement terminal with an execution state of execution completion;
the cooperation instruction comprises the number of people to be assisted, and before the cooperation instruction is sent to the target law enforcement terminal with the execution state of ending execution, the method further comprises the steps of:
acquiring the number of target law enforcement terminals with execution states ending in a preset range;
judging whether the number of the target law enforcement terminals with the execution state being the end of execution is equal to the number of the people to be assisted, if so, sending the collaboration instruction to the target law enforcement terminals with the execution state being the end of execution;
otherwise, judging whether the execution state is that the number of the target law enforcement terminals after the execution is smaller than the number of the rescue people, if so, sending the collaboration instruction to other corresponding target law enforcement terminals according to a preset tuning principle; and if the cooperative instruction is larger than the preset priority, sending the cooperative instruction to a corresponding target law enforcement terminal according to a preset priority principle.
5. A computer device, characterized by: comprising a memory and a processor, said memory having stored thereon a computer program capable of being loaded by the processor and performing the 5G based personnel task performance status monitoring method according to any of claims 1 to 3.
6. A computer-readable storage medium, characterized in that a computer program capable of being loaded by a processor and executing the 5G-based personnel task execution status monitoring method according to any one of claims 1 to 3 is stored.
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