The objectives of this paper are to propose a method that can accurately estimate the human
heart rate (HR) using an ultrawideband (UWB) radar system, and to determine the …

This paper presents a CMOS transceiver IC for a single-antenna frequency-modulated
continuous wave (FMCW) radar. Since transmitter (Tx) leakage is critical in a single antenna …

The imaging of humans using radar is promising for surveillance systems. Although
conventional radar systems detect the presence or position of intruders, it is difficult to …

A fully integrated 24-GHz CMOS ultra-wideband (UWB) radar transmitter for short-range
automotive application is presented. For high-range resolution and improved signal-to-noise …

The classification of human motion is an important aspect of monitoring pedestrian traffic.
This requires the development of advanced surveillance and monitoring systems. Methods …

Recent studies have focused on developing security systems using micro-Doppler radars to
detect human bodies. However, the resolution of these conventional methods is unsuitable …

We propose beam-time hopping modulation for automotive imaging radar that is immune to
inter-car interference even in presence of analog frontend non-linear distortion. Other …

A 79GHz UWB pulse-compression (PC) vehicular radar system is presented. A PC
waveform is a long pulse with internal modulation. The energy of it can be increased without …

This paper analyzes the performance of UWB radar for vehicle in multi-user environments.
To evaluate the probability of detection in UWB vehicular radar under a multi-user …

This paper analyzes the performance of a proposed transmitted-reference (TR) UWB radar
system for vehicles. To improve the detection performance of the previous TR-UWB system …