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Acoustic, wave based underwater wireless sensor networks (UWSNs), commonly used for underwater surveillance and explorations, fail to meet the growing demand for fast detection and higher data rates. Electromagnetic (EM) wave based underwater networks; on the other hand, have great potential for supporting such stringent requirements for various applications. Therefore, this paper proposes and investigates...
For observations and surveillance in oceanic environment, acoustic based underwater wireless sensor networks (UWSNs), the widely used medium, is highly challenged while the demand for underwater operations with fast response and higher data rates is on the rise. In such scenarios, radio frequency (RF) based underwater networks exhibit great potentials for supporting these requirements. From that fact,...
Acoustic wave based underwater wireless sensor networks (UWSNs), generally deployed for underwater surveillance, face high challenges while meeting the demand for fast detection and tracking of many modern high-speed submerged intruders. The higher propagation speed of radio frequency (RF) wave keeps the RF based underwater networks into focus for supporting such fast detection requirements. In light...
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