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 …

In this paper, a joint detection threshold optimization and illumination time allocation
(JDTOITA) strategy was developed for multi-target tracking in an asynchronous networked …

Multi-frame track-before-detect (MF-TBD) is a model-based batch processing method.
Assuming a particular model for the evolution of target states (eg a constant velocity model) …

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

A distributed multiple-input multiple-output (MIMO) radar system is capable of tracking
multiple targets under the “defocused transmit-focused receive”(DTFR) operating mode, in …

A colocated MIMO radar system can offer enhanced multi-target tracking (MTT) performance
due to its agile multibeam working mode, in which multiple transmit beams are synthesized …

In this article, we develop a multiframe detection architecture relying on the generalized
likelihood ratio test (GLRT) to address complicated multitarget detection and tracking in …

Video synthetic-aperture radar (ViSAR) can obtain high-resolution images of a region of
interest at a high frame rate. This feature of ViSAR is helpful for real-time detection and …

Multiframe track-before-detect (MF-TBD) usually uses sliding-window-based batch
processing, where a number N of the latest data frames are jointly processed at each …

This article is devoted to the problem of multitarget tracking in the maritime environment
using Bernoulli track-before-detect (TBD) filtering. Detection and tracking of weak targets in …