… We gather ground truth using video to validate the radar data. We conclude that although
we can extract gait features like stride rate from radar data, more features need to be extracted …

… Further, deep learning methods could be utilized to automatically learn the relation between
biomechanical parameters and radar micro-Doppler stride representations, without relying …

… human radar signatures at different approach angles with respect to the radar have been …
This paper attempts to extract pure gait characteristics from the radar data and analyze the …

… Two algorithms that can extract these features from the radar spectrogram are proposed in
this study for estimating gait velocity and stride durations. The performance of the proposed …

… signatures at different approach angles with respect to the radar … attempts to extract pure
gait characteristics from the radar data … Now that the stride rate could be reliably extracted, we …

… dismount observed by a radar. The proposed method differs from gait extraction schemes
[1-… frequency that gives rise to the dismount’s stride rate. In this approach, two fundamental gait …

… -Doppler radar signatures are … extracting body parts from radar measurements based on
micro-Doppler, range and angle information. A signal processing chain for chirp sequence radar …

… -stride event. In this study, 6 gait parameters were measured from the received radar signal.
… Furthermore, in this study, FMCW radar can identify the side of each foot; that is, stride time …

… al [15] use Ku-band and Ka-band radar in an outdoor environment to estimate the gait … ,
and then extract stride rate from the velocity. Otero [16] uses a continuous wave radar to detect …

… human walking strides using UWB radar, while microDoppler (�-D) features are extracted for
… wave-based target feature extraction from polarimetric radar measurements with low signal-…