First introduced in the field of radio communications, Multi-Input Multi-Output (MIMO)
principle consists of transmitting digital data from N t transmitters to N r receivers within the …

In this letter, we study the problem of joint power allocation and channel design for an active
link which conveys information from a source to a destination through multiple orthogonal …

Multi-input multi-output (MIMO) techniques are currently extensively considered in
underwater acoustic (UWA) communications to overcome the bandwidth limitation of under …

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

Over 75% of the earth surface is covered with water, with lots of resources that human's life
depends on. There are numerous naval and civilian applications that pose an increasing …

We derive an efficient numerical algorithm for the analysis of certain classes of Hilbert–
Schmidt operators that naturally occur in models of wireless radio and sonar …

This review paper tries to assess the spectral-efficient (SE) and energy-efficient (EE)
performance of underwater acoustic multiple-input multiple-output (UWA/MIMO) networks …

The information capacity of underwater acoustic pressure channels is studied in a number of
publications, eg,[9]-[13]. In this paper, we use experimental data to study the capacity offered …

Hydrophone is a type of microphone that are used in underwater for recording and also for
listening to the underwater sound. Generally, Hydrophones are based upon the transducer …

The requirements of multimedia underwater monitoring applications with heterogeneous
traffic demands in terms of bandwidth and end-to-end reliability are considered in this article …