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 …

Underwater surveillance has traditionally been carried out by means of surface and
undersea manned vessels equipped with advanced sensor systems. This approach is often …

In this paper, an effective solution is proposed for joint beam and power scheduling (JBPS)
in the netted Colocated MIMO (C-MIMO) radar systems for distributed multi-target tracking …

In this paper, two optimal resource allocation schemes are developed for asynchronous
multiple targets tracking (MTT) in heterogeneous radar networks. The key idea of …

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 …

Most radar systems employ a feed-forward processing chain in which they first perform some
low-level processing of received sensor data to obtain target detections and then pass the …

This paper describes an algorithm that exploits multipath propagation for position estimation
of mobile receivers. We apply a novel algorithm based on recursive Bayesian filtering …

Power allocation is an essential part of the design of colocated multiple-input and multiple-
output (C-MIMO) radar systems for multi-target tracking (MTT). A widely adopted power …

Networked radar systems have been demonstrated to offer enhanced target tracking
capabilities. An effective radar resource allocation strategy can efficiently optimize system …

Sensor systems typically operate under resource constraints that prevent the simultaneous
use of all resources all of the time. Sensor management becomes relevant when the sensing …