End to end performance evaluation of 5G radio access network

Muhamad Zaidi, Nurul Aimy Farzana (2024) End to end performance evaluation of 5G radio access network. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

The fifth generation or 5G network technology improves the user experience and creates new possibilities for a variety of applications including transportation, agriculture, and manufacturing that require ultra-low latency for maximum performance. The 5G also will be far superior to the current networks in terms of speed. This study aims to address the demand for high data rates and low latency that will influence the development of wireless access technologies. To explore the full potential of these studies, it is mandatory to understand the communication along with the 5G network, Radio Access Network (RAN) and Cloud Radio Access Network (CRAN). Hence, there is a need to modify the radio access network (RAN) for the 5G system. This study investigates the 5G RAN architectures in terms of Cloud RAN (CRAN). In addition, to ensure the service quality of 5G network users, the 5G RAN model simulation is designed in OMNeT++ software. Therefore, from the simulation result, a single graph can be generated based on the parameters selected which are delay, throughput, packet sent and packet received, and total packet loss.

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