For the acquisition of ocean observation information, the underwater acoustic signal is the
only known medium that can propagate over long distances in water. However, the …

Co-prime array configuration is popular in the recent development of array signal
processing. However, the assumption of Gaussian noise in most co-prime array processing …

In order to solve the Direction of Arrival (DOA) estimation of fast-moving targets in a strong
noisy environment, an auto-paired two-dimensional (2D) DOA estimation algorithm …

A spatially co-located four-element single acoustic vector sensor offers numerous
advantages over the scalar pressure sensor array such as compact size, ability to handle …

Nested acoustic vector sensor (AVS) arrays have attracted growing interest, and their
performance can be further improved by assembling AVSs with spatially separated (SS) …

Remote passive sonar detection with underwater acoustic vector sensor (UAVS) has
attracted increasing attention due to its merit in measuring the full sound field information …

There is an increasing interest in direction-of-arrival (DOA) estimation using nested arrays
composed of vector sensors. Considering acoustic vector sensors (AVSs) commonly used in …

For wideband direction-of-arrival (DOA) estimation, a Markov Chain-based frequency
correlation processing algorithm is proposed in the sparse Bayesian learning (SBL) …

In this paper, an elevation-azimuth direction finding algorithm with the use of a pair of
identically oriented acoustic vector sensors, which can be arbitrarily deployed at unknown …

Underwater acoustic vector sensors (UAVSs) are increasingly utilized for remote passive
sonar detection, but the accuracy of direction-of-arrival (DOA) estimation remains a …