Intelligent and Stable Next Generation HetNets with Self-aggregated Framework

Abstract

The malfunctioning of critical infrastructure causes high-quality deterioration, financial effect and loss of life in a town in the present scenario. It is essential to check the cost-effectiveness and reliability of the quality of critical infrastructures in the pandemic situation. Sensitive monitoring of an infrastructure is costly but necessary, in which fault identification and corrective action are needed at service levels to avoid cascading failures with minimal communication latency. With enhanced expense, resource, and process performance, the growing population in smart cities demanded a high living standard, rigorously straining energy, city services, and infrastructure. Intelligent houses, intelligent transport and smart buildings linked with intelligent networks are three pillars of the smart city initiative. In this paper, an improved framework for enhanced Quality of Service with higher performance in a 5G network is presented. A detailed description of reconfigurable intelligent Smart networks and reconfiguration analysis at various layers are also discussed. SDN and NFV, with the help of an intelligent SDN controller, provide the context for managing a multi-objective heterogeneous network. For self-optimization and self-healing, multiple clustering heuristics are useful for managing these networks at the various locations of smart projects.