Performance Assessment of System-Level Simulation for 5G Cellular Communication Systems

With the rapid progress in technology, it is expected that 5G technologies are projected towards approaching people, data, objects, applications, cities, and transport systems in sensible networked communication conditions. The capability of the immense volume of information would change considerably more rapidly, dependably provide extremely numerous appliances, and manage incredibly significant quantities of information, including insignificant delay. Nevertheless, the requirement of protocols of TCP in attaining the performance for developing the sizable capacity of air link capacity and the performance enhancement for the upcoming networks and the technology mm-Wave (Millimetre-Wave). The paper highlights the proposed framework for modelling mm-Wave and its analysis employing the ns-3 simulator. The context is validated over numerous simulation circumstances to evaluate the protocols against the mm-Wave with the measuring factors such as Congestion Window size (CWnd), Round Trip Time (RTT), and Throughput. Also, the characteristics of 5G simulations were addressed compared to 4G simulations, particularly centred on system-level simulation, and the outcomes have been validated through experimental analysis.