High Performance Multi-Mobile Node Routing Communication Protocol based on Reliable Active Node

Abstract

When using traditional OSPF routing protocol to forward packets, network nodes do not participate in reliability work, which leads to low packet forwarding rate, long average end-to-end delay, high energy consumption and short lifetime of network nodes. In order to solve these problems, a high-performance multi-mobile node routing communication protocol based on reliable active node is proposed. According to the functional requirements of the model, the reliable active node is divided into forward active node and reliable active node. Through the estimation of packets transmission delay time, the independence of communication link quality, the calculation of node forwarding moderate index and the selection of active network neighbor nodes, the routing protocol is designed. Simulation results show that packets forwarding rate is improved effectively, the overall energy consumption of network nodes is reduced, the average end-to-end delay is shortened, and the network node lifetime is prolonged.