The direction-of-arrival (DoA) estimation algorithms have a fundamental role in target
bearing estimation by sensor array systems. Recently, compressive sensing (CS)-based …

Underwater target search and tracking has become a technical hotspot in underwater
sensor networks (UWSNs). Unfortunately, the complex and changeable marine environment …

Topology control is one of the most essential technologies in wireless sensor networks
(WSNs); it constructs networks with certain characteristics through the usage of some …

It has been recognized that the performance of the traditional direction of arrival (DOA)
estimation algorithms is highly dependent on array geometry parameters, especially the …

Acoustic vector sensor (AVS) is a kind of sensor widely used in underwater detection.
Traditional methods use the covariance matrix of the received signal to estimate the …

Underwater acoustic communication plays an essential role in underwater wireless
information exchange, and nodes with such an ability constitute an underwater acoustic …

The actual underwater environmental noise is often spatial colored, which results in severe
degradation of the performance of the underwater direction of arrival (DOA) estimation …

The underwater maneuvering platform generates self-noise when sailing, which shows
spatial directionality to the arrays fixed on the platform. In this paper, it is called spatially …

Lloyd's mirror effect is a spatial interference phenomenon that results from the coherent
combination of direct and surface‐reflected propagation paths. The higher‐order vertical …

In recent years, compressed sensing algorithms have received great attention in underwater
passive source localization, but the classic sparse Bayesian learning localization method …