Novel Baseline Framework for Effective Monitoring of 6G-Enabled Internet-of-Vehicle

Abstract The facilitation of a high speed 6G network will boost the performance of data transmission in order to meet its dynamic communication demand with massive generation of data in Internet-of-Vehicle (IoV) environment. Adoption of existing methods towards 6G in IoV is significantly witnessed with loopholes and limitation related to lack of structurization of massively generated data considering practical grounds. This challenge is addressed in proposed study by introducing a novel baseline architecture where a layer-wise operation is carried out towards developing a sustainable communication model in IoV. The monitoring and sensing is carried out by sensing layer while computing layer facilitates short range communication system using Request For Comment (RFC) 7625 compliant of 6G communication. The study outcome shows that proposed scheme is capable of structuring traffic data from IoV environment and offers better control on delay and stabilized links on multiple testcases of channel capacities.