In order to solve the problems of poor reliability and slow fault recovery of optical fiber links in power communication systems

it proposes an adaptive fiber-hopping control algorithm that integrates quantum-inspired spiking neural network(QI-SNN) and integral separation PID.Firstly

through the dynamic perception and processing of optical power signals by QI-SNN

it achieves the adaptive adjustment of the optical power threshold

avoiding the problem of easy misjudgment of the fixed threshold in traditional methods.Secondly

by integrating the integral separation PID controller

it achieves the rapid response and stable execution of the fiber skipping action.Finally

it conduct simulation tests.The results show that this algorithm outperforms the traditional methods in terms of misjudgment rate

response time and stability

improving the reliability and real-time performance of the power communication system.