The increasing exploitation of natural resources under water, particularly in the sea, has
ignited the development of many technological advances in the domains of environmental …

This paper presents the Monte Carlo simulation to evaluate the performance of underwater
optical wireless communication for two types of link configuration: line-of-sight and non-line …

In this work, we study the performance of an unmanned aerial vehicle (UAV)-aided mixed
radio frequency (RF)/underwater acoustic communication (MRFUAC) transmission system …

This paper presents an underwater acoustic channel simulation methodology that combines
parametric modeling with stochastic replay of at-sea measured channel impulse responses …

This paper investigates the signal‐to‐interference ratio and the achievable rates of
underwater acoustic (UA) OFDM systems over channels where time and frequency …

We derive a lower bound on the capacity of discrete-time Rician-fading channels that are
selective both in time and frequency. The noncoherent setting is considered, where neither …

Le canal acoustique sous-marin (ASM) est réputé comme difficile. Il présente à la fois des
effets de réflexion/réfraction générant de la dispersion temporelle importante, une …

To fully capitalize sea experiments, a channel model driven by real data is presented. This
model relies on the assumption that a channel recorded at sea is a single observation of an …

The exploitation of natural resources which is present in under water is in increasing order,
particularly in the sea. With much technological furtherance in the fields of healthcare …

This paper lays the foundation of an underwater acoustic channel simulation methodology
that is halfway between parametric modeling and stochastic replay of at-sea measurements …