Abstract Underwater Wireless Sensor Networks (UWSNs) is an emerging technology for the
monitoring of aquatic assets and frequently applied in several domains like underwater …

Passive detection can work for a long time with low energy consumption in underwater
surveillance. However, tracking unknown noncooperative targets with only direction angles …

Sleep scheduling is an effective mechanism to extend the lifetime of energy-constrained
Wireless Sensor Networks (WSNs). It is often that the sensors are divided into sets with …

For target tracking in underwater wireless sensor networks, the inhomogeneous medium
refracts the sound waves and bends their propagation path, which reduces the …

The accurate sensor localization is one of the most basic requirements for the Underwater
Acoustic Sensor Networks (UASNs) in many applications. However, in harsh underwater …

Target tracking in underwater wireless sensor networks (UWSNs) has two fundamental
issues that tracking accuracy and energy consumption. Although the application of particle …

For target tracking in underwater wireless sensor networks (WSNs), the contributions of the
measured values of each sensor node are different for data fusion, so a better weighted …

Knowledge about the geographic coordinates of underwater sensor nodes is of primary
importance for many applications and protocols of under water sensor networks (UWSNs) …

Target tracking is an important application of underwater wireless sensor networks
(UWSNs). Due to the energy constraint and energy imbalanced dissipation of underwater …

Traditional tracking algorithms reply on manually extracted features while deep learning
algorithms can automatically extract features, which is of great importance for single target …