Next-Generation Connectivity: A Holistic Review of Cooperative NOMA in Dynamic Vehicular Networks for Intelligent Transportation Systems

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Potula Sravani
Ijjada Sreenivasa Rao

Abstract

Intelligent Transportation Systems are witnessing a paradigm shift with the integration of Cooperative Vehicular Networks. The transformations in Intelligent Transportation system in the realistic scenario has posed many research challenges to be addressed. This paper explores a profound survey on impact of vehicles’ mobility within the context of real-time scenarios in Cooperative vehicular networks. The dynamic nature of vehicular mobility introduces unique challenges and opportunities for the design and implementation of cooperative systems. It delves into the key components that play a pivotal role for harnessing the full potential of Cooperative vehicular networks such as C-NOMA, Two-Way relaying, cluster formation and collaborative decision-making algorithms for improving latency, link reliability, cluster formation, and interference reduction etc. This paper outlines few surveys on each amalgamated technologies in Vehicular communication and conclude with the research problems in ITS due to vehicles mobility for real time scenarios.

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Section
Special Issue - Evolutionary Computing for AI-Driven Security and Privacy: Advancing the state-of-the-art applications
Author Biography

Ijjada Sreenivasa Rao, ECE, GITAM Deemed to be University, Vishakapatanam, A.P., India

Dr.Ijjada Sreenivasa Rao is working as a Professor in Electronics and Communication Engineering since 24 years. He received his undergraduate and postgraduate degree in 2001 and 2007. He received Ph.D. in 2013 and supervised 8 research scholars. He is a senior IEEE member and worked as reviewer in International Journals. His area of Interest is in Vehiculra Communications, Cooperative Netwerking, VLSI impact in communications.