CORDIS Project
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The project develops a novel communication technology called water-to-air backscatter communication (WABCom) for lightweight, battery-free sonobuoys. This technology enables efficient underwater-to-air communication by harvesting energy from unmanned aerial vehicles, minimizing environmental impact while enhancing oper…
Over 70% of the Earth’s surface is covered by water, while the majority of the underwater areas are unexplored yet.
Owing to growing underwater activities, e.g., undersea oil & gas exploration, and Internet of underwater things, reliable water-to-air wireless communications are urgently needed by the industry, military, and scientific communities.
As it is difficult to use a single type of signal, e.g., acoustic, radio frequency (RF), or optical, for communication across a water-air interface, m…
THE UNIVERSITY OF SHEFFIELD
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