underwater optical communications

Underwater optical communication and sensing technology in silent ocean

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KAUST

This dissertation aims to investigate and address noisy ocean issues and build large-scale underwater sensor networks by optical communication and sensing technology. The dissertation proposes using UWOC and FC&S technology to replace the conventional acoustic communication technology and reduce the noise in the ocean. UWOC helps achieve high-speed wireless communications between sensors, vehicles, and even humans for UIoT. The significant challenges of developing UWOC systems are the complex underwater environment's attenuation, scattering, and turbulence effects. This dissertation studied the turbulence effects on the UWOC system’s performance and addressed the pointing-acquisition-and-tracking issues.

Gbps Laser-based underwater wireless optical communication

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B9 L2 H2

I will focus my discussion on optoelectronic devices and system challenges facing long-distance, multiple-Gbps underwater wireless optical communication. The future perspective of underwater photonics will also be discussed.

Mohammed Sait

Mohammed Sait is a Ph.D. student in Photonics Laboratory in the Division of Computer, Electrical and Mathematical Sciences & Engineering (CEMSE) under the supervision of Professor Boon Ooi at King Abdullah University of Science & Technology (KAUST). Research Interests Mohammed's research interests include​Underwater optical communication, and VLC and LiFi technology. Education Profile ​BS. in electronics and communication engineering, University of Leicester, UK (2013-2016). MS. in Digital communication systems, Loughborough University, UK (2016-2017). Awards and Distinctions Clarke Griffith's