A Novel Hybrid Contents Oriented Communication (COC) Technique Based on V2X Networks

Legacy TCP/IP protocol has gradually revealed many deficiencies, such as poor mobility and scalability. The distribution of information based on the content has a possible number of practical applications in the vehicular environment, such as congestion detection, collision avoidance, emergency announcements, parking notifications, and advertising. In this study, we have presented a technique for the distribution of information based on the content in a hybrid vehicle-to- everything (V2X) environment. The COC-V2X technique relies on contents that each vehicle having by communicating with each other, and has the potential to solve some of the problems that present in IP-based VANETs. It can also gain edge of both the cellular eNodeB if there exists the decentralized vehicle-to-vehicle communication technologies. We evaluate the performance of the proposed approach via realistic VANETs traces based scenarios. The preliminary conclusions illustrate that our proposed novel approach is superior to current legacy TCP/IP in terms of message delivery, low latency, and low overhead.