A Drone-Aided Blockchain-Based Smart Vehicular Network

The staggering growth of the number vehicles worldwide has become a critical challenge resulting in tragic incidents, environment pollution, congestion, etc. Therefore, one promising approaches is to design smart vehicular system as it beneficial drive safely. Present lacks data reliability, security, and easy deployment. Motivated by these issues, this paper addresses drone-enabled intelligent system, which secure, deploy reliable quality. Nevertheless, an increase operating drones communication networks makes them more vulnerable towards cyber-attacks, can completely sabotage infrastructure. To tackle problems, we propose blockchain-based registration authentication for entities such drones, (SVs) roadside units (RSUs). This mainly focused on secure optimal placement improve spectral efficiency overall network. In particular, investigate association RSUs with considering multiple communication-related factors available bandwidth, maximum links drone support, backhaul limitations. We show that proposed model easily be overlaid current network reaping benefits communications.