… 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, …

… The transmitter in the radar sends very narrow pulses, and the … The impulse used in an
IR-UWB radar has an ultra-wide … , IR-UWB signal processing is normally performed in the time …

… 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 …

… We define the transition time to the time that is needed for the output of the algorithm to
follow the true value when the true value is changed. The error during the transition …

… 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 …

… instance is generated, which allows to determine the time distance … In this section, the applied
circuits are presented for use in the IR-UWB radar system. The designed ICs are fabricated …

… radio ultra-wideband (IR-UWB) range finder with scalable resolution … distance resolution of
the proposed range finder can be adapted to the ranging environment using a two-step time-to…

… by varying the heart bounds and respiration bounds or by changing the out-of-range
threshold. We observe that the radar-based motion flags agree well with the subject’s timestamped …

… ) tags using UWB impulse radio (IR) radar technology is proposed. … distance from the radar.
The decoding takes places using an algorithm that analyzes the backscattered pulses time…

… By locating the different range bins in fast-time, we can identify the locations of subjects
using power-spectrum density analysis; each original signal at three different locations can then …