Enhanced 5G Networks Application for Accessing Ontology Based RPL Traffic Mutation Network Environment

Abstract

An ontological structure Using a variety of resources and embedded devices for wireless communication, 5G networks aim to enable ontology-based communication across wide networks. For 5G-based networks to link and maximize their efficiency, thousands of low-cost, low-power devices embedded gadgets are required. Computational testing of the RPL routing protocol's effectiveness in a highly dynamic automobile context forms the basis of the full assessment. The implication of this discovery is that even in huge mobility-based VANETs, the proposed CAGQ technology outperformed earlier methods and offered adequate transmission execution. Thousands of cheap, low-power embedded devices need to be quietly and efficiently connected to one another in order for 5G to be effective. For wireless networks (WSNs), evaluating a node's trust has a positive impact on the security of an object's communication with that node in a trust-based cluster-head selecting process.