Traditional networked radar fusion technology adopts an open-loop signal processing
manner, in which multiple nodes independently detect or track target first, and then send …

In reality, multiple radar system (MRS) may have some limited resource, such as the data
computation capacity of the fusion center and the transmit energy of each radar. To better …

An active sonar system consists of a source emitting a sound pulse (ping) and a receiver
listening to the reflection of the wave on a target, known as the echo. Such a system is …

The allocation of underwater sensors for tracking, localization, and surveillance purposes is
a fundamental problem in anti‐submarine warfare. Inexpensive passive receivers have …

This study investigates the detection problem of multiple moving targets using a multisite
radar system with widely separated stations. Spatial mapping is presented to integrate the …

With the recent development in radar technology, a multiple radar system (MRS) has
become an attractive platform for target tracking. Technically speaking, data fusion among …

The allocation of underwater sensors for surveillance purposes is a fundamental problem in
naval operations. Passive receivers have been used in recent decades however, modern …

This paper deals with the problem of tracking using a sensor network when the sensors are
not synchronised. We propose a new algorithm called the asynchronous particle filter that …

The characterizing feature of multistatic sensor systems is the inclusion of geographically
independent receivers that might receive echoes from any source. We develop a simple …

The problem of the constant false alarm rate (CFAR) detection of bistatic space based radar
(B-SBR) is addressed under the background of strong and nonhomogeneous clutter. We …