Underwater acoustic communication uses acoustic waves to transmit and receive data
under the water. Simulation of underwater acoustic communication is challenging due to …

Acoustic waves are the preferred medium for long-range underwater communications.
Increasing number of innovative methods for underwater communication using acoustic …

Underwater acoustic communication is a rapidly growing field of research and engineering.
The wave propagation in an underwater sound channel is mainly affected by channel …

Underwater acoustic communication can be divided into two categories on the basis of
water depth: shallow water and deep water communications, both have their own …

In these last years, many studies have focalized on the design of reliable under water
acoustic communication systems. However, the ocean acoustic communication channel …

Underwater acoustic channel models have been studied in the context of communication
and sonar applications. Acoustic propagation channel in an underwater environment …

It is well established that path loss in the underwater acoustic channel is dependent on the
transmission distance and signal frequency utilized, thereby causing the capacity to be …

In underwater acoustic communication, shallow water and deep water are two different
mediums which exhibit many challenges to deal with due to the time varying multipath and …

For wireless underwater acoustic communication, tank channels are the most difficult
channels to model than any other channel due to multipath effects. In underwater (UW) tanks …

In this paper a wideband underwater acoustic (UWA) channel simulator is developed based
on the geometry of the system deployment and by considering the statistics of the random …