Performance Analysis of Ultra Reliable Communication (URC) in Future 5G Networks

Ultra Reliable Communication (URC) plays a very significant character in 5G Network Communication by providing services anywhere and anytime to the end user. In the existing system, Ultra Reliable Connection (URC) on 5G Network operates under a time zone like Uptime and Leisure Time. In terms of metrics, URC parameters such as packet delivery rate, minor error rate etc., are popular. What you need to understand in general is not the issue of trust. For this we need to move the URC to space domain from the time zone. In this proposed work, we begin the definitions of Ultra Reliable Communication in 5G Network operating under space domain. Throughout this process the Network is divided into a Homogeneous Network and a Heterogeneous Network by a number of Nodes or Cells. The Homogeneous and Heterogeneous Network is categorized based on Voronoi tessellation and Poison Point Process. Homogeneous Network operates under the same coverage of all Nodes with the same type of cells. With regard to the metaphor used for displaying reliable communications, parameters such as packet delivery rates, shutdown probability should be considered. To implement URC in a real time, investigating transactions between mobile power and mobile cloud computing applications. In addition, a review has been provided of the latest developments in short packets communication. The proposed work shows that Poisson Voronoi (PV) distributed mobile network will achieve URC for future network using cell availability and system availability.