Visible Light Communication

Visible light communication (VLC) leverages existing light sources, like LEDs, to transmit data, offering a secure and high-bandwidth alternative to radio frequency communication. Current research focuses on improving VLC's efficiency and reliability through decentralized control algorithms like Q-learning for TDMA, optimization techniques such as mixed-integer linear programming for robot motion planning under VLC constraints, and reinforcement learning for power and interference control in dense networks. These advancements are enabling applications ranging from multi-agent robot coordination and drone localization to enhanced indoor positioning systems and improved network performance in challenging environments.