More base station deployments are required in 5G networks for supporting higher data transmission rates and connection densities.In this paper,a reliable networking deployment method for 5G communication networks supporting IPv4/IPv6 dual stack is proposed to achieve parallel high-speed transmission of network data and ensure real-time and stable network application services.By combining the dual stack of IPv4 and IPv6,a dual stack conversion mechanism combined with a limited dual protocol stack model is constructed.On the basis of the model,a 5G communication network structure is constructed,and the networking structure of the IPv4/IPv6 dual stack 5G communication network is optimized by an elevated interchange network,so as to improve the communication speed of the IPv4/IPv6 dual stack 5G communication network.In addition,redundant path algorithm is adopted to achieve service function chain arrangement in 5G network IPv4/IPv6 dual stack communication,so as to solve the redundancy problem in IPv4/IPv6 dual stack communication.The experimental results show that the proposed method can construct a more stable and efficient 5G communication network architecture,improve network spectrum efficiency,and optimize the network environment.
5G communication networkIPv4/IPv6 dual stackreliability networking deploymentservice function chainredundant path algorithmfinite dual protocol stack model
维普
万方数据
