Enhancing V2X QoS: dynamic scheduling scheme over 5G networks and byon

Over the years, various research teams have dedicated efforts to create scheduling algorithms that are not only effective but also efficient, with the goal of enhancing the quality of service in Vehicle-to-Everything (V2X) communication over 5G (5 Generation) networks. The proliferation of connected vehicles and the advent of 5G technologies present an unprecedented opportunity to optimize communication reliability, latency, and throughput in V2X scenarios. This paper introduces a novel scheduling that adapts to the dynamic nature of vehicular environments, ensuring seamless and efficient communication. The proposed scheduling scheme takes into consideration the traffic prioritization to effectively manage Quality of Service (QoS) for diverse traffic types. This approach considers different metrics such as channel quality, remaining payload, and delay. The results of our simulation show how well our Scheduling V2X Communications (SVC) algorithm performs, leading to minimizing latencies. For a sample of 100 users, the average latency in our suggested scheme was less than 0.001 ms.