Enhancement of Edge Security Using Dynamic Load-Balancing Algorithm for 5G Cloud Computing Network

This paper presents some algorithms to improve edge security in the 5G cloud using a dynamic load-balancing approach. 5G cloud computing is a platform in which distribution of computing services is via the cloud Internet, including servers, storage, databases, networking, software, and analytics. When a service is provided by the 5G cloud, during that cloud computing uses many service providers, arranged in different ways and which work together to provide the services. In this concept, to improve the edge security in which every node independently processes load balancing, the entire external load follows that edge. The dynamic load-balancing approach does not require edge synchronization because it employs the best one-time load-balancing strategy for every load-balancing episode. The recipient node performs a narrowly optimal one-time load-balancing action whenever an outward load comes at a node to reduce the average gross completion time and boost the performance of the 5G cloud service.