Design and Implementation of Vehicle Identification Using Li-Fi Technology

The project titled "Design and Implementation of Vehicle Identification Using Li-Fi Technology" addresses the limitations of existing vehicle identification systems, which typically rely on RFID and camera-based solutions. These systems face challenges such as limited bandwidth, interference from radio signals or lighting conditions. To overcome these issues, we propose a Li-Fi-based vehicle identification system, leveraging light as the medium for data transmission. LI-FI is a wireless communication technology that uses light, specifically LED bulbs, to transmit data, offering potentially higher speeds and bandwidth. Li-Fi offers several advantages, including higher bandwidth, faster data rates, and immunity to radio frequency interference. In our system, vehicle data is transmitted via LED lights to a photo-detector placed on the road, ensuring efficient, real-time identification even in challenging environments. The system is designed to minimize the effects of ambient light and other interferences, offering a reliable and scalable alternative for modern traffic management.