Topological Optimization and Anti-Interference Performance Improvement of Power Communication Networks in Smart Grids
The article aims to study the topology optimization and anti-interference performance improvement methods of power communication networks in smart grids,in order to improve the stability and reliability of power communication networks.By analyzing the topology of power communication networks,a topology optimization method based on network optimization algorithms is proposed,and optimization strategies considering network load balancing and fault tolerance are explored.This article reviews anti-interference algorithms and technologies for different interference sources and types,with a focus on researching anti-interference methods based on signal processing and machine learning.The effectiveness of the proposed method was verified through experimental design and result analysis.The results show that optimizing the topological structure of power communication network and improving the anti-interference performance significantly improve the operation efficiency and stability of smart grid,and provide important theoretical and practical support for the construction and development of smart grid.
smart gridpower communication networktopological optimizationanti-interference performance
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