Underwater acoustic (UWA) communications is the only reliable method for long-distance
communications underwater, and is widely used in commercial, scientific, and military …

The deep learning methods powerfully enhance the identification performance by retrieving
the deep data features in many fields, which can be used in automatic modulation …

Accurately reconstructing a three-dimensional (3D) ocean sound speed field (SSF) is
essential for various ocean acoustic applications, but the sparsity and uncertainty of sound …

The probability distribution of three-dimensional sound speed fields (3D SSFs) in an ocean
region encapsulates vital information about their variations, serving as valuable data-driven …

This paper proposes a new iterative receiver for single-carrier multiple-input-multiple-output
(SC-MIMO) underwater acoustic (UWA) communications, which utilizes frequency-domain …

Basis function learning is the step** stone towards effective three-dimensional (3D) sound
speed field (SSF) inversion for various acoustic signal processing tasks, including ocean …

Acquiring accurate channel state information and mitigating severe intersymbol interference
are challenging for underwater acoustic communications with moving transceivers due to …

Reconstructing a three-dimensional ocean sound speed field (SSF) from limited and noisy
measurements presents an ill-posed and challenging inverse problem. Existing methods …

The equalization based on the mean square error (MSE) criterion has been widely used in
underwater acoustic (UWA) communication and has shown promising results. MSE is …

With the development of marine science, the dynamic underwater acoustic network
composed of many underwater and surface nodes has become an active research field of …