CN-122002591-A - County-domain-overall-planning-based pension service resource integrated scheduling platform

CN122002591ACN 122002591 ACN122002591 ACN 122002591ACN-122002591-A

Abstract

The invention belongs to the technical field of pension service scheduling, and provides a pension service resource integrated scheduling platform based on county territory overall planning, which comprises the following steps: firstly constructing a communication blind area geofence of a county-region pension service coverage area, monitoring the communication state of a pension service terminal in real time, recording the entrance moment and entrance vector parameters when the terminal enters the fence, combining the entrance parameters with a preset service task, calculating the expected duration of the terminal in the blind area and marking the estimated duration as a space-time locking state, finally maintaining the alternative active state of the terminal in the expected duration, temporarily storing an newly-increased scheduling instruction into a silence buffer area, releasing the instruction or triggering resource redistribution according to the deviation of the actual duration and the expected duration after the terminal resumes communication, reducing the service cost, guaranteeing the continuous efficient scheduling of the county-region pension service, and adapting the needs of county-region special pension scenes such as remote mountain areas, village junctions and the like.

Inventors

HU HEWEN
LU JIAWEI
WANG WEI
LIU FENGMEI
WU HAIBO
LIN KETONG
JIANG HAITAO
LI YIMING
SUN JIAHUI
HE TINGYU
GU JIANI

Assignees

吉林农业大学

Dates

Publication Date: 20260508
Application Date: 20260410

Claims (10)

1. The integrated dispatching platform for the pension service resources based on county territory overall planning is characterized by comprising the following steps: The communication blind area geofence construction module is used for constructing a communication blind area geofence of a pension service coverage area in a county area; the entrance parameter recording module monitors the communication state of the pension service terminal in real time, and records the entrance moment and the entrance vector parameters of the pension service terminal when the pension service terminal enters the communication blind area geofence; The time-space setting module is used for calculating the expected duration of the pension service terminal in the communication blind area geofence according to the entrance moment, the entrance vector parameters and the preset service task information corresponding to the pension service terminal, and marking the state of the pension service terminal as time-space locking; And the instruction processing module is used for keeping the alternative active state of the pension service terminal in the scheduling engine in the expected duration, storing a newly-added scheduling instruction for the pension service terminal into the silence buffer zone, extracting the actual departure time when the pension service terminal reestablishes communication connection, and releasing the instruction in the silence buffer zone or re-triggering resource redistribution according to the deviation between the actual departure time and the expected duration.
2. The integrated dispatching platform for the pension service resources based on county territory overall planning of claim 1, wherein the specific process of constructing the communication blind area geofence of the pension service coverage area in the county territory is as follows: acquiring and recording longitude and latitude coordinates of a mobile network signal interruption area and a communication threshold area of which the signal strength is lower than that of the pension service terminal in the pension service coverage area of the county area; based on a GIS geographic information system, calibrating each longitude and latitude coordinate, and integrating all the calibrated longitude and latitude coordinates to form a communication blind area geofence of the county-region pension service coverage area.
3. The pension service resource integrated scheduling platform based on county territory overall planning of claim 1, wherein the communication state specifically comprises: The communication state specifically comprises whether a mobile network signal of the pension service terminal is interrupted or not, and whether the signal strength is lower than a communication threshold of the pension service terminal or not.
4. The county-territory overall planning-based pension service resource integration scheduling platform of claim 1, wherein the specific determination process when the pension service terminal enters the communication blind area geofence is as follows: And judging whether the pension service terminals enter the communication blind area geofence according to the communication state of each pension service terminal, and judging that the pension service terminals enter the communication blind area geofence if the mobile network signals of the pension service terminals are interrupted or the signal strength of the pension service terminals is lower than the communication threshold of the pension service terminals.
5. The county overall planning-based pension service resource integration scheduling platform of claim 4, wherein the specific determination process when the pension service terminal enters the communication blind area geofence further comprises: And matching the acquired real-time positioning coordinates of the pension service terminals with longitude and latitude coordinates of the communication blind area geofence in real time, and judging whether the pension service terminals enter the communication blind area geofence range or not through real-time positioning coordinate data falling points, wherein the real-time positioning coordinates are the longitude and latitude coordinates.
6. The county-regional-overall-planning-based pension service resource integration scheduling platform as claimed in claim 1, wherein the specific process of recording the entrance moment and the entrance vector parameters of the pension service terminal is as follows: When the pension service terminal is judged to enter the communication blind area geofence range, recording the entrance moment of the pension service terminal, wherein the entrance moment is specifically that the real-time positioning coordinates of the pension service terminal are firstly matched with the system standard time falling into the communication blind area geofence; The method comprises the steps of collecting and recording entrance vector parameters of the pension service terminal, wherein the entrance vector parameters specifically comprise moving directions and moving speeds of the pension service terminal when the pension service terminal enters a communication blind area geofence, and longitude and latitude coordinates corresponding to an entrance point.
7. The county-territory overall planning-based pension service resource integration scheduling platform of claim 1, wherein the specific calculation process of the estimated duration is as follows: Acquiring entrance moment and entrance vector parameters of an endowment service terminal, and acquiring preset service task information, wherein the preset service task information comprises preset service places and preset service time; Calculating a moving track of the pension service terminal in the communication blind area geofence and a predicted passing duration of reaching each preset service place by combining the boundary range of the communication blind area geofence based on the moving direction, the moving speed and the longitude and latitude coordinates in the entry vector parameters; And combining the preset service duration, superposing the expected passing duration of the pension service terminal among the service sites in the communication blind area geofence, and calculating the expected duration of the pension service terminal in the communication blind area geofence by taking the entering moment as an initial reference.
8. The county-regional-overall-planning-based pension service resource integration scheduling platform as claimed in claim 1, wherein the specific process marked as space-time locking is as follows: after the expected duration is calculated, marking the state of the pension service terminal as a space-time locking state, wherein the space-time locking state is used for representing that the pension service terminal is in a communication blind area geofence, cannot upload longitude and latitude coordinates in real time but is in a normal service state, and simultaneously locking the expected duration of the pension service terminal and preset service task information.
9. The county-regional-overall-planning-based pension service resource integration scheduling platform as claimed in claim 1, wherein the specific process of storing the newly-added scheduling instruction for the pension service terminal into the silence buffer is as follows: The method comprises the steps that a pre-estimated duration is taken as a time range, a endowment service terminal in a space-time locking state is maintained to be in an alternative active state in a scheduling engine, the alternative active state represents that the endowment service terminal is not offline and has service capability, the scheduling engine does not judge the endowment service terminal as unavailable resources, and only real-time scheduling instruction pushing of the endowment service terminal is limited; And storing all newly-added scheduling instructions of the pension service terminal in a space-time locking state into a dedicated silence buffer area in real time, wherein the silence buffer area temporarily stores the instructions and does not push the instructions to the pension service terminal in the communication blind area geofence.
10. The county-regional-overall-planning-based pension service resource integration scheduling platform as claimed in claim 1, wherein the specific process of releasing the instruction in the silence buffer or re-triggering resource re-allocation is as follows: When detecting that the pension service terminal reestablishes the effective mobile network communication connection or the LoRa local area network communication connection for the first time, extracting the actual departure time of the pension service terminal; calculating the actual duration of the actual departure time and the arrival time by taking the arrival time as a reference, and then solving the time deviation value of the actual duration and the predicted duration; Comparing the time deviation value with a preset reasonable deviation threshold, and if the time deviation value does not exceed the preset reasonable deviation threshold, pushing and releasing all newly-added scheduling instructions in the silence buffer zone to the old-fashioned service terminal, and updating the state of the old-fashioned service terminal from space-time locking to a normal on-line state; And if the time deviation value exceeds a preset reasonable deviation threshold value, stripping the newly-added scheduling instruction in the silence buffer area from the pension service terminal, and reassigning the newly-added scheduling instruction to the pension service terminal in a normal online state.

Description

County-domain-overall-planning-based pension service resource integrated scheduling platform Technical Field The invention belongs to the technical field of pension service scheduling, and particularly relates to a pension service resource integrated scheduling platform based on county and domain overall planning. Background In the pension service, the scheduling platform is a core for realizing the efficient configuration of pension resources, the existing main stream pension resource scheduling platform has core logic default of a mobile phone of a nursing staff, a GPS (Global positioning System) of a dining car and other resource carriers which are online in whole course in real time, and intelligent dispatching and scheduling are completed by acquiring real-time longitude and latitude coordinates and combining with pension requirements. The mode has good adaptability in urban endowment scenes, and the resource carrier terminal can be kept on line continuously due to perfect coverage of the urban mobile network, so that efficient scheduling can be realized, and the mode becomes an industry mature scheme. However, the county-area endowment scene has special geographical environment, and the mode exposes obvious adaptation defects; The core difference between county and urban endowments is the complexity of the geographical environment, which service area covers remote mountainous areas, village and town junctions and other areas, which are affected by terrain, communication infrastructure lag and the like, the coverage of the mobile network signal is insufficient, and a communication blind area with weak signal, intermittent or even interrupted exists generally, which is an objective state that the county-level career cannot change in a short period. The existing dispatching platform does not consider the unique environment of county, lacks a communication blind area adaptation mechanism, and still uses the dispatching logic of urban scenes. When a resource carrier enters a communication blind area, a terminal cannot upload real-time signals and coordinates, the platform can misjudge that the terminal is unavailable in an offline mode, skip nearby resources and assign remote resources when dispatching a bill, so that the resource waste of the pension is caused, the service cost is increased, the dispatching efficiency is reduced, and the actual demand of the pension in county and region cannot be met. Therefore, the invention provides a county-regional-overall-planning-based pension service resource integration scheduling platform. Disclosure of Invention In order to overcome the deficiencies of the prior art, at least one technical problem presented in the background art is solved. The technical scheme adopted for solving the technical problems is as follows: The invention provides an endowment service resource integrated scheduling platform based on county and domain overall planning, which comprises the following steps: The communication blind area geofence construction module is used for constructing a communication blind area geofence of a pension service coverage area in a county area; the entrance parameter recording module monitors the communication state of the pension service terminal in real time, and records the entrance moment and the entrance vector parameters of the pension service terminal when the pension service terminal enters the communication blind area geofence; The time-space setting module is used for calculating the expected duration of the pension service terminal in the communication blind area geofence according to the entrance moment, the entrance vector parameters and the preset service task information corresponding to the pension service terminal, and marking the state of the pension service terminal as time-space locking; And the instruction processing module is used for keeping the alternative active state of the pension service terminal in the scheduling engine in the expected duration, storing a newly-added scheduling instruction for the pension service terminal into the silence buffer zone, extracting the actual departure time when the pension service terminal reestablishes communication connection, and releasing the instruction in the silence buffer zone or re-triggering resource redistribution according to the deviation between the actual departure time and the expected duration. As a further improvement of the invention, the concrete process of constructing the communication blind area geofence of the pension service coverage area in the county is as follows: acquiring and recording longitude and latitude coordinates of a mobile network signal interruption area and a communication threshold area of which the signal strength is lower than that of the pension service terminal in the pension service coverage area of the county area; based on a GIS geographic information system, calibrating each longitude and latitude coordinate, and integrating all the calibrated longi