Energy Storage Wireless Mobile Node Mutilayering Network Sliding Window Routing Algorithm

A wireless self-organizing network routing algorithm suitable for energy storage wireless communication nodes has been proposed, which features adaptive node cluster construction, automatic layering, treelike topology, multi-layer network, and can be used for uninterrupted communication in location changes. In this routing algorithm, the status of each node is equal and variable, and a method of constructing a cluster of mobile communication network nodes using circular sliding windows is proposed. Each node in the algorithm can be elected as a cluster head or a gateway node to connect subnets as needed. Through simulation, the energy loss of nodes and the average end- to-end delay between nodes were calculated and compared using this method. The average end-to-end delay between nodes was reduced by 11.64% compared to GACO, and 45.2% and 50.3% compared to AODV and DSR respectively. This algorithm has superior communication persistence capability in decentralized communication networks, infrastructure free communication network scenarios., emergency communication, and military communication.