… a continuous wave UWB radar, specifically an FM-UWB radar. FM-UWB is an UWB transmission
… where, Ar is the amplitude of the received echo, t0 will be the traveling time between the …

… based on time difference using UWB impulse. An UWB transmitter is used for a target and
two UWB receivers which … The time difference can be measured with a high resolution TDC (…

… capture the so-called fast time samples of the received waveforms, … ranges from 0.2 to 0.7
Hz, and HR ranges from 0.75 to 3 Hz). In our method, we first timegate the signal, to allow radar …

… human beings, impulse radio ultra wideband (IR-UWB) radar can … In the application, IR-UWB
radar systems with a low center … when using single-frequency IRUWB radar. Therefore, the …

… In this paper, the Hough transform is used to find the time-of-arrival (TOA) curves of the …
We consider an IR-UWB radar that transmits continuously a sequence of UWB pulses at time …

… In this section, we propose the real-time IR-UWB radar signal processing system consisting
of both codebook based background training model and background subtraction function. …

… range in time domain. It contributes to most of the improvement of an impulse-radio (IR)-UWB
radar in comparison with conventional pulse and continuous-wave (CW) radars. Because …

… ) is a specific form of UWB where data bits are modulated on short pulses in time (less than
… means that accurate ranging based on the time-of-arrival is possible. IR-UWB allows the use …

… -based solution dominating latter day communication and radar system [1-3]. we use ultra
wide band (UWB) technology to accomplish the time ability to penetrate heavy material and for …

… In the next stage, the the slow time and fast time matrix are extracted … time matrix helps to
identify the frequency of the UWB radar or a time between each pulse, whereas the fast time …