Underwater wireless optical communication

Accepted paper at IEEE/OSA Journal of Optical Communications and Networking

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A. Halafi, H. Oubei, B. Ooi, and B. Shihada, "Real-time Video Transmission over Different Underwater Wireless Optical Channels using Directly Modulated 520nm Laser Diode", IEEE/OSA Journal of Optical Communications and Networking, Accepted, 2017

CEMSE's new underwater wireless optical communication (UWOC) opens new frontier for off-shore control system

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Billions of liters of fuel travel every day along an intricate network of pipelines. Reports show that 15 thousand kilometers of infrastructure exist worldwide, with more than a third being underwater. Efficient real-time monitoring is the next frontier to achieve improved industrial productivity and prevent environmental accidents.

Our paper entitled "UHD Video Transmission over Bi-Directional Underwater Wireless Optical Communication" has been accepted for publication at IEEE Photonics

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Our paper entitled "UHD Video Transmission over Bi-Directional Underwater Wireless Optical Communication" has been accepted for publication at IEEE Photonics.

Our paper entitled "Queuing Delay Model for Video Transmission over Multi-Channel Underwater Wireless Optical Networks" has been accepted for publications at IEEE Access.

1 min read ·
Our paper entitled "Queuing Delay Model for Video Transmission over Multi-Channel Underwater Wireless Optical Networks" has been accepted for publications at IEEE Access.