Analysis of Underwater Wireless Communication using Visible Light LEDs

Underwater communication (UWC) with multi-hop techniques utilizes sensors to convey information to the sink/sonobuoy, which is situated on the top surface of the sea. The down to earth motivation to arrive at the sea surface is, it has higher proliferation speed. The electromagnetic and optical correspondence has high recurrence in submerged condition, along these lines it makes higher constriction coefficient with its particular separation. To conquer this confinement, the acoustic correspondence is joined in submerged condition. Acoustic correspondence has insignificant weakening and vitality utilization in submerged condition. Versatility of sensor hubs is expected to sea flows, which innately causes correspondence void. Because of this, sensor hubs can't speak with other sensor hubs. The correspondence void because of versatility issue prompts finding a legitimate recuperation hub. In this paper the studied of OFDM-MIMO system using visible light LEDs technology is presented. Receiver power, channel gain, output signal and signal to noise ratio is measure with variation of the surface of the light.