Proficient routing by adroit algorithm in 5G-Cloud-VMesh network

Abstract

5G-Cloud-VMesh network (5CVN) is nascent as an economical alternative for building federated and community networks. In 5G milieu, the Aggregator Node B (ANB) is the base station with enhanced computing capabilities and storage space. In this paper, an integration of 5G-cloud-VMesh network is initiated. In this paper, we also propose a new routing algorithm for 5CVN, dubbed as 5CVN-adroit algorithm. The proposed 5CVN-adroit algorithm chooses an optimal gateway and ANB in the network layer to route the request/response from and to the service requesters and the cloud using 5G technologies. This paper endows with the network architecture and main technical features such as interconnection, integration, and intelligence of 5CVN-adroit algorithm. The simulation study shows that the 5CVN-adroit algorithm augments the routing issues such as delay, congestion, and deployment cost and it is justified based on the packet delivery ratio, average response time, routing overhead ratio, and packet collision ratio.