Method for patrolling sample line and responsibility regions by utilizing GIS grids

Abstract

The invention relates to a method for patrolling a sample line and a responsibility region by using GIS grids. The method comprises the following steps of: 1) generating a GIS map of a monitoring region, and dividing the monitoring region by using grids to generate different GIS grids; 2) dividing the grids into a plurality of responsibility regions, and establishing sample lines among plant communities by taking the plant communities as units; 3) customizing a standard patrol route based on GIS grids in each responsibility region, and patrolling according to the standard patrol route or a sample line by patrol personnel; 4) acquiring an actual patrol route of the patrol personnel, comparing the actual patrol route with a corresponding standard patrol route or the sample lines, and removing the overlapped line segments to obtain a non-patrolled route segment of the patrol personnel; and 5) analyzing whether the non-patrolled route segment belongs to a landform which cannot be patrolledor not by combining a GIS map, if so, adopting an unmanned aerial vehicle for patrolling, and if not, counting the non-patrolled route segment into performance evaluation of the patrol personnel, sothat the problem that the information transmission distance is limited in a traditional mode can be effectively solved, and the performance evaluation of the patrol personnel can be realized, therebyimproving the patrolling quality.

Description

technical field [0001] The invention relates to the patrolling of a scenic spot or a protected area, in particular to a method for patrolling a transect and a responsibility area by using a GIS grid. Background technique [0002] Scenic or protected area patrol refers to patrolling a specific area to eliminate dangers. For example, forest fire protection patrols, illegal poaching patrols in wild protected areas, etc., are currently done by forest guards. They run around the mountains or scenic spots day and night, and their patrol routes are generally fixed, which causes problems. For some missed areas of patrol, especially for some areas with impassable roads, the traditional patrol mode obviously cannot patrol these areas. Secondly, the traditional patrol personnel generally hold walkie-talkies, but the effective transmission distance of walkie-talkies is limited. And only the same channel communication can be realized. Once the effective transmission distance is exceeded...

AI Technical Summary

Problems solved by technology

For example, forest fire protection patrols, illegal poaching patrols in wild protected areas, etc., are currently done by forest guards. They run around the mountains or scenic spots day and night, and their patrol routes are generally fixed, which causes problems. For some missed areas of patrol, especially for some areas with impassable roads, the traditional patrol mode obviously cannot patrol these areas. Secondly, the traditional patrol personnel generally hold walkie-talkies, but the effective transmission distance of walkie-talkies is limited. And only the same channel communication can be realized. Once the effective transmission distance is exceeded, the message will be lost, and it is not conducive to the assessment of patrol personnel