A hybrid life detection radar system which transmits a wideband chaotic signal containing an
embedded single-tone is proposed. The chaotic signal is used for target localization by the …

We propose a chaos-based through-wall life-detection radar utilizing a wideband Boolean-
chaos signal as the radar probe signal. The range between the radar and the human target …

We propose a novel life‐detection radar using a wideband Boolean‐chaos signal as a
probe signal. The range between the radar and the human target can be obtained by …

We propose and experimentally demonstrate an ultra-wideband (UWB) chaos life-detection
radar. The proposed radar transmits a wideband chaotic-pulse-position modulation (CPPM) …

Life detection radar can detect human physiological signals (respiration, heartbeat, body
movement, etc.) from a long distance away by penetrating nonmetal mediums (brick walls …

An experimental bistatic X‐band continuous‐wave life‐detection radar is proposed. The
system operates with two directive high gain antennas and a programmable transmitter and …

After chemical or nuclear leakage or explosions, finding survivors is a huge challenge.
Although human bodies can be found by smart vehicles and drones equipped with cameras …

Non-contact human sensing based on radar has attracted numerous attentions and been
applied in various applications, such as localization, vital sign monitoring and activity …

In this article, an X-band complementary metal-oxide-semiconductor (CMOS)-integrated
phased-array radar sensor is proposed to enable the subject localization and multimodal …

A chaotic radar system has been developed for through-wall detection and ranging of
targets. The chaotic signal generated by an improved Colpitts oscillator is designed as a …