In the new era of integrated computing with intelligent devices and system, moving aerial
targets can be tracked flexibly. The estimation performance of traditional matched filter …

For extended object tracking, the random matrix approach is a computationally efficient
framework that is capable of estimating the kinematic state, and extension of the object …

The simultaneous orthogonal multi-beam transmitted by a collocated multiple-input multiple-
output (MIMO) radar is very effective in multi-target tracking. Since this working mode can …

Time delay and Doppler shift between the echo signal and the reference signal are two most
commonly used measurements in target localization for the passive radar. Doppler rate …

Conventional tracking algorithms rely upon the hypothesis of one detection per target for
each frame. However, very fine spatial resolution radars represent widespread systems that …

For extended-object/group-target tracking (EOT/GTT), the random-matrix approach assumes
that measurements are linear in the state and noise with a covariance being a random …

Obtaining the accurate and real-time state of surrounding objects is essential for automated
vehicle planning and decision-making to ensure safe driving. In complex traffic scenarios …

In this article, an algebraic solution for localizing a moving target using a nonstationary
multistatic radar system is proposed. By utilizing the quadruple hybrid measurement set …

A new approach is described for combining range and Doppler data from multiple radar
platforms to perform multi-target detection and tracking. In particular, azimuthal …

In this paper we consider the tracking problem of a moving target competing against noise
and clutter in a surveillance radar scenario. For a single array-antenna multiple-target …