Development of 6G web by Multilayer Perceptron in C-RAN for VANETs

Abstract

Availability of the internet inside the moving vehicles by accessing the data from a cloud in a radio network with the best speed according to the user's expectation is the biggest challenge for web service providers. The architecture of cloud radio vehicular ad-hoc network presumes as the suitable model for the data broadcasting from the cloud to the moving vehicles in a specific radius act as a sensible system for road safety and traffic supervision. Any radio network architecture was adoptable before the introduction of cloud and green computing. The concept of architecture dynamically changed as soon as the induction of better environments as a cloud to the ad-hoc networks. Any network must manage with either the fourth or fifth Generation web to exchange the data in a cloud environment for the technological constraint. The network architecture with several nodes is less efficient in the view of energy, and can be made energetic with the elimination of intermediate points with the application of a multilayer system is the theme of discussion in this paper. Already 5G network is introduced with the various architecture of the radio network. The virtual 6G cloud network environment is possible by eliminating unused intermediate nodes for a better energy level.