Performance Evaluation of Transport Layer Protocols in Mobile Networks

Abstract

The transport layer is a vital network layer component responsible for ensuring the reliable delivery of data between two points in a communication network. The delivery layer protocols in cellular networks are essential for facilitating the efficient transmission of information between mobile devices and the network. Evaluating the performance of shipping layer protocols in cell networks is crucial to ensure an optimum and efficient communication system. This review examines the current status of research on evaluating the performance of transport layer protocols in mobile networks. The main objective of the performance evaluation of delivery layer protocols is to assess and analyze the quality of service offered by these protocols. The key metrics utilized to assess the overall efficacy of these protocols include bandwidth, latency, and variability in latency, and packet loss. These characteristics directly impact the uninterrupted transmission of data and the overall user experience. An important difficulty in assessing transport layer protocols in cellular networks is the ever-changing network conditions. Due to the portability of devices, community resources such as bandwidth and signal power could be more consistent, resulting in difficulties in achieving reliable outcomes. Furthermore, increasing diverse mobile devices and networks adds complexity to assessing performance. Various strategies and methodologies are employed to assess the overall performance of transport layer protocols in cellular networks.