Application of laser communication system based on Turbo code and multi-receiver fusion in power grid sensing

In this paper, we present a novel application of a laser communication system in power grid sensing, utilizing Turbo codes and multi-receiver data fusion to enhance transmission reliability. The system leverages Turbo codes for efficient error correction, while multiple receivers process and fuse received signals to improve overall data accuracy. This combination effectively mitigates the issues of signal attenuation and interference commonly encountered in wireless communication within complex environments. Through iterative decoding and weighted average data fusion, the system achieves significant improvements in bit error rate (BER), even under challenging conditions. The proposed method is validated through simulations, demonstrating its potential to ensure stable and reliable communication in modern power grid operations.