… multi-scale range-time maps. Experiments are … IR-UWB radar and the corresponding signal
model. Section III poses the challenges for the counting task when using an IR-UWB radar, …

… IR-UWB radar cannot be changed, unlike FMCW radar, and in this work we set the the same
bandwidths of FMCW and IR-UWB radars … of IR-UWB was higher than that of FMCW in time …

… tion based on UWB radar received signals, the different feature description methods can be
divided into time-domain range and time-frequency domain based ones. The main purpose …

… C, through the processing of 240 pulses in the frequency domain during a 10 s period, we
can determine that respiratory movements of an individual lying down do not exist, thereby …

… model of UWB radar, the time-domain range profile simulation of humans in different motion
statuses is performed. Using the simulation results, the timedomain range profile features …

… -detection is both necessary and possible for short-range indoor radar. IR-UWB radar, which
uses narrow impulse signals in the time domain and occupies a wide-band frequency in the …

… an IR-UWB radar sensor that features embedded processors and software and can perform
simultaneous real-time HR and RR monitoring from the chest at a comfortable distance. We …

… The IRUWB radar was fixed on a tripod within a range of approximately 0.5 to 2 m from
the human chest and measured simultaneously with the PSG as depicted in Fig. 1. The …

… In this paper, we focus on IR-UWB through-wall radar and … pre-processing methods of
IR-UWB through-wall radar. The lasts … UWB radar runs in the presence of real-time processing. …

… Thus, we intended to evaluate the people counting system against time variations, marginal
alterations in the radar’s installed position, and variations in the appearance of individuals. …