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 …

The performance of underwater acoustic (UWA) communication is heavily dependent on
channel estimation, which is predominantly researched by simulating UWA channels …

Acoustic communication channel capacity determines the maximum data rate that can be
supported (theoretically) by an acoustic channel for a given source power and …

Underwater acoustic (UWA) channel models provide a tool for predicting the performance of
communication systems prior to system deployment and are thus essential for system …

This paper extends the work presented in [1] where a computationally efficient underwater
propagation model is described. The extended model creates a time varying channel model …

Underwater acoustic transducer technology is improving significantly, enabling wideband
acoustic communications or the flexibility to shift a narrow communication band to a more …

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

One of the less reliable communication channels is the underwater acoustic channel. This is
due to its reverberant properties produced by the surface and the bottom of the sea and …

This paper proposes a non-stationary time-continuous simulation model for wideband
shallow underwater acoustic (UWA) channels based on measured Doppler power …

Channel temporal variability, resulting from fluctuations in oceanographic parameters, is an
important issue for reliable communications in shallow-water-long-range acoustic …