A deep learning framework is proposed to address the research problem of link adaptation
in Underwater Wireless Optical Communications (UWOCs). In this framework, the wireless …

Underwater communications suffer from numerous challenges typically associated with
relevant signal attenuation, long propagation delay, limited available bandwidth, and high …

The extreme and uncertain underwater environment presents significant challenges for
achieving reliable acoustic communications, mainly due to limited bandwidth and time …

The progress made in self-interference (SI) revocation and suppression techniques for
wireless communication has significantly enhanced the viability of employing full-duplex …

In this paper, we propose an innovative methodology for building a Spiking Neural Network
(SNN) by using compact Field Programmable Gate Arrays (FPGA) and an analog chip …

Recursive least squares (RLS)–based equalizers are hindered by their high complexity in
underwater acoustic (UWA) communications. This article proposes an adaptive equalizer …

This research is focused on leveraging the Travelling Salesman Problem (TSP) to establish
the optimal route of getting from a source node to a destination node in an underwater …

Reliable and efficient underwater communication techniques are crucial and urgently
needed in the underwater Internet of Things (UW IoT), and it is challenging due to the harsh …

Underwater Acoustic Communication (UAC) is one of the main technologies for wireless
underwater communications. However, UAC data transmissions encounter challenges …

This takes a look at and explores the use of adaptive nonlinear sign processing structures
for underwater acoustic systems. The focus of the research is on how such structures can …