5G Context Prioritized Core Slice

Apart from what is already there, 4th Mobile Communications Generation, the 5th Mobile Network Generation (5G) introduces the next generation of mobile telephony standards. The 5G system will provide speeds of more than 10 Gbps. As a result, only a few main issues must be resolved in order to achieve this extraordinary rate. However, in order to attain this super speed, a high-frequency wave must be used to transfer data over a larger bandwidth.While network slicing in mobile networks is enabled by technologies such as Network Function Virtualization (NFV) and Software-Defined Networking (SDN), effective Core slice mangers in the 5G system remains a significant challenge in terms of improving connectivity system throughput, communication overhead, and interoperability for each of these anticipated services. We focus on the Core core network monitoring and management of network slices across numerous locations using a single management and contrapuntal entity with a consistent proof of concept. We also go over the various methods/approaches to improve network performance, network security, and network orchestration.Based on the analysis performed with the proposed system, we were able to determine how latency, throughput, and bandwidth utilization change as the number of clients and base stations change.