Simulation of Constrained K-rule Optimal Path for Transmission Line Full Objective Inspection

At present, the constrained K optimal path simulation generation of transmission line full objective patrol inspection is mostly a single objective form with low efficiency, resulting in a decline in the final patrol efficiency optimization ratio. Therefore, the design and practical verification of the constrained K-rule optimal path simulation method for the full objective inspection of transmission lines are proposed. According to the current measurement requirements, the patrol data collection and pre-processing shall be carried out first, and the constrained way shall be adopted to improve the processing efficiency and complete the initial generation and screening of constrained paths. On this basis, a simulation model of constrained K-rule optimal path for full target patrol is designed, and the final processing is realized by simulation verification and correction. The test results show that: for the five randomly selected test lines, within the preset three cycles, the final patrol efficiency optimization ratio can reach more than 2, which indicates that the practical application effect and execution program of the optimal path with constraint K for the designed transmission line full goal patrol have been significantly improved, and the pertinence is also strong, with practical application value and innovative significance.