With the deployment of radar in versatile scenarios and a wide variety of potential targets,
demand for automatic classification of various targets is increasing. The wide variety of radar …

Target motions, other than the main bulk translation of the target, induce Doppler
modulations around the main Doppler shift that form what is commonly called a target micro …

A key challenge for radar surveillance systems is the discrimination of ground‐based
targets, especially humans from animals, as well as different types of human activities. For …

Classification of targets using their micro-Doppler signatures has attracted a growing interest
in recent years. In addition to their main bulk translation, targets may exhibit additional …

The radar micro-Doppler signature of a target is determined by parts of the target moving or
rotating in addition to the main body motion. The relative motion of parts is characteristic for …

Micro-Doppler refers to Doppler scattering returns produced by non rigid-body motion. Micro-
Doppler gives rise to many detailed radar image features in addition to those associated …

Mechanical vibrations or rotations (micro-motion dynamics) of structures on a target may
introduce frequency modulation on the radar return from the target's body. The modulation …

This study extends the theory of the micro-Doppler effect into the multistatic domain, and
considers how the multistatic micro-Doppler signature (µ-DS) will affect radar automatic …

The ability to discriminate between ballistic missile warheads and confusing objects is an
important topic from different points of view. In particular, the high cost of the interceptors …

A novel feature extraction method based on micro-Doppler signature is proposed to
categorize ground moving targets into three kinds, ie, single walking person, two people …