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 …

The underwater acoustic channel is characterized by a path loss that depends not only on
the transmission distance, but also on the signal frequency. As a consequence, transmission …

In understanding the differences between radio and underwater acoustic communication,
one major issue of consideration is the path loss of the system. As a part of this endeavor …

A methodology to predict underwater acoustic channel communication properties (capacity,
bandwidth, range) from the environmental conditions in the ocean is proposed. The …

Path loss of an underwater acoustic communication channel depends not only on the
transmission distance, but also on the signal frequency. As a result, the useful bandwidth …

In this paper, we calculate the capacity of a point-to-point communication link in an
underwater acoustic channel. The analysis takes into account the effects of various acoustic …

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

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 capacity of the underwater acoustic communication (UAC) channel is addressed under
a comprehensive set of assumptions: time-varying multi-paths channel, modeled as a …

The past three decades have seen a growing interest in underwater acoustic
communications. Continued research over the years has resulted in improved performance …