Topology Control Mechanism Of Elastic Network Based On Grey Wolf Optimizer

The Russia-Ukraine conflict has demonstrated that urban combat capability will become a core element determining the outcome of local wars. With the intelligent transformation of urban combat systems, their highly reliable, anti-interference, and robust communication networks have become the premise for instant "seamless communication" connecting various equipment platforms on the battlefield. Due to the characteristics of wireless self-organizing networks, such as decentralized networking, multi-hop long-distance transmission, and support for node mobility, they are widely used in the construction of terminal subnets for urban combat systems, enabling significant enhancements in human-computer interaction and collaborative reconnaissance and strike capabilities. This paper proposes an elastic networking topology control mechanism based on the Grey Wolf Optimizer algorithm for the network layer of self-organizing networks, and conducts simulation and comparative analysis. The results indicate that this method enhances the networking flexibility and network lifespan of self-organizing networks, ensuring reliable communication for urban combat.