Micro‐Doppler signals refer to Doppler scattering returns produced by the motions of the
target other than gross translation. The small micro‐motions of a subject, and even just parts …

Developments in microwave and millimeter-wave systems have enabled remote sensing
techniques traditionally used in long-range applications to be employed in the relatively …

Currently, developments in wireless sensing technologies have shown that wireless signals
can be employed to transmit information between wireless communication devices and are …

Monitoring and identifying gait has recently emerged as a promising solution candidate for
unobtrusive human recognition. In order to enable ubiquitous and reliable application, a gait …

Using deep-learning techniques for analyzing radar signatures has opened new
possibilities in the field of smart-sensing, especially in the applications of hand-gesture …

Phase modulation induced by target micromotions introduces sidebands in the radar
spectral signature returns. Time-frequency distributions facilitate the representation of such …

Remote physiology, which involves monitoring vital signs without the need for physical
contact, has great potential for various applications. Current remote physiology methods rely …

Recent research has shown great potential of exploiting Channel State Information (CSI)
retrieved from commodity Wi-Fi devices for contactless human sensing in smart homes …

Pedestrians represent acutely complex and agile targets whose accident prevention has the
highest priority concerning highly automated vehicles in urban traffic. Consequently …

In this paper, ultra-wideband (UWB) Doppler radar signatures from walking human subjects
are processed with the state-space method (SSM) to analyze compressed radar echoes for …