Data Over Sound - An Approach Towards Vehicle to Vehicle Communication

Vehicle-To-vehicle (V2V) communication is an emerging paradigm facilitating direct, autonomous interaction between vehicles via ad hoc wireless networks , bypassing the need for third-party infrastructures. It offers significant potential for improving traffic safety, reducing congestion, and enabling cooperative driving systems. The system employs ultrasonic frequencies to transmit data in an ad hoc manner, eliminating dependency on traditional wireless networks and ensuring low-latency communication. The architecture is designed to provide reliable information transfer, incorporating robust signal processing methods to address challenges such as interference and noise. The proposed system supports seamless real-time communication using data over sound technology, enabling vehicles to exchange critical information for traffic management and safety applications. It also emphasizes security by integrating interference-resistant techniques, ensuring consistent operation even in dynamic environments. This research highlights the potential of DoS-based V2V communication to enhance intelligent transportation systems, offering a scalable and efficient solution for next-generation vehicular networks.