A Fiber Wireless Improved 5G Network-Based Virtual Networking System Focused on Equal Bandwidth

Abstract

A virtualized multi-domain architecture supports 5G fixed-line communications. The conventional virtual network display software creates a lot of surpluses and overlays communications given a large number of fundamental network access. At the same time, numerous internet infrastructure providers are reluctant to communicate specific spatial information in consideration of economic interests. Therefore, based on the resource citation, monomeric virtual network coordination is created to optimize network resources seamlessly for every autonomous domain. Multiple connections to the virtual network single connection instruction under the premise of the VNE fiber environment and the difference between the virtual throughput can be established to decrease the cost of the implementation of the virtual network. This study found that using multiple links to single-link network connections improved the 5G network-based VNE system. Discover the advantages of multiple links to a single link network as well as static vs dynamic network configuration. First of all, it's important to consider various link resources and inter-domain connectivity capabilities for VNE fiber-based wi-fi networks. The fibers connectivity virtual network integration process is provided for efficient routing depending on the perfectly designed predator algorithm. In the second step, an algorithm with a relatively small overhead based on inter-domain maps. The simulations show that the wireless fiber-based play a fundamental role for numerous systems to multi-dominate multiple virtual networks to single domain network can embedded systems can minimize the cost of embedding the virtual network embedding of multi-domain systems and have high stability and growth.