Video Transmission Using Wireless Optical Communication in Underwater

The Optical wireless underwater video transmission represents a novel approach in wireless communication, driven by the need for high speed, reliable data transfer in underwater environments. The work explores the challenges inherent in underwater video transmission and gives solution for leaveraging wireless optical communication(WOC). The Severe underwater Environment characterized by high signal attenuation, Scattering, and absorption, poses significant limitations for conventional radio frequency- based communication systems. To Obtain solutions for these challenges, Specialized underwater transmitter and receivers are designed and implemented using Python and Arudino Platforms. The components faciliate effective signal propagation by optimizing the optical transmission process, which ensure minimal loss and enhanced reliability. The Integration of advanced optical Components allows the system to achieve higher data rates and robust video transmission, even under the unique Constraints imposed by aquatic mediums. The proposed system is designed to improve the overall efficiency of underwater communication which focusing on overcoming physical and technological barriers. The video comprehensive transmission framework, the work demonstrates potential applications in underwater monitoring. The research not only contributes to the growing field of underwater communication technologies but also paves the way for innovative solutions in marine research, environmental monitoring, and underwater exploration, addressing the critical demand for reliable, high-quality data transfer in challenging underwater environments.