Link Aware High Data Transmission Approach for Internet of Vehicles

New ubiquitous and advanced communication technologies enabled the Internet of connected Vehicles (IoV). These networks offered data transmission among vehicle nodes for road safety and infotainment services. Various infotainment applications need high data transmission, video streaming and internet services. High data rate oriented data delivery or data transmission is based on parallel paths selection and small frames architecture. Dynamic topologies, high velocity of vehicle nodes, multipath interference obstacles increase the data collision and failure in the network. This paper proposes a Link Aware High Data Transmission (LHT) approach for high data transmission applications. The proposed approach is based on signal strength and bandwidth evaluation for next node selection methods and statistics of vehicle nodes. Simulations are performed to evaluate the performance of proposed approach and compared with existing approaches. The evaluation of the proposed approach shows the better performance and improvement considering various high data streaming related performance metrics.