Radar micro‐Doppler signatures have been proposed for human monitoring and activity
classification for surveillance and outdoor security, as well as for ambient assisted living in …

Safety and security applications benefit from better situational awareness. Radar micro‐
Doppler signatures from an observed target carry information about the target's activity, and …

Remote health monitoring is a key component in the future of healthcare with predictive and
fall risk estimation applications required in great need and with urgency. Radar, through the …

This paper presents the analysis of human micro-Doppler signatures collected by a bistatic
radar system to classify different indoor activities. Tools for automatic classification of …

The human micro-Doppler signature is a unique signature caused by the time-varying
motion of each point on the human body, which can be used to discriminate humans from …

Radio-frequency-based noncooperative monitoring of humans has numerous applications
ranging from law enforcement to ubiquitous sensing applications such as ambient assisted …

Identifying human activities using short-range and low-power radars has attracted much
attention among the researchers and consumer electronics industry. This paper considers …

This study discusses the analysis of multistatic micro‐Doppler signatures and related
features to distinguish and classify unarmed and potentially armed personnel. The …

This paper investigates the selection of different combinations of features at different
multistatic radar nodes, depending on scenario parameters, such as aspect angle to the …

Micro-Doppler radar signals can be used to separate moving human targets from stationary
clutter and also to identify and classify human movements. Traditional micro-Doppler radar …