Doppler radar vital sign detection with random body movement cancellation based on adaptive phase compensation

Changzhan Gu; Guochao Wang; Takao Inoue; Changzhi Li

Doppler radar vital sign detection with random body movement cancellation based on adaptive phase compensation

Changzhan Gu, Guochao Wang, Takao Inoue, Changzhi Li

Electrical and Computer Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

This paper presents a Doppler radar sensor system with camera-aided random body movement cancellation (RBMC) techniques for noncontact vital sign detection. The camera measures the VXEMHFW¶V random body motion that is provided for the radar system to perform RBMC and extract the uniform vital sign signals of respiration and heartbeat. Three RBMC strategies are proposed: 1) phase compensation at radar RF front-end, 2) phase compensation for baseband complex signals, and 3) movement cancellation for demodulated signals. Both theoretical analysis and radar simulation have been carried out to validate the proposed RBMC techniques. An experiment was carried out to measure a subject person who was breathing normally but randomly moving his body back and forth. The experimental result reveals that the proposed radar system is effective for RBMC.

Original language	English
State	Published - Jun 2 2013

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title = "Doppler radar vital sign detection with random body movement cancellation based on adaptive phase compensation",

abstract = "This paper presents a Doppler radar sensor system with camera-aided random body movement cancellation (RBMC) techniques for noncontact vital sign detection. The camera measures the VXEMHFW¶V random body motion that is provided for the radar system to perform RBMC and extract the uniform vital sign signals of respiration and heartbeat. Three RBMC strategies are proposed: 1) phase compensation at radar RF front-end, 2) phase compensation for baseband complex signals, and 3) movement cancellation for demodulated signals. Both theoretical analysis and radar simulation have been carried out to validate the proposed RBMC techniques. An experiment was carried out to measure a subject person who was breathing normally but randomly moving his body back and forth. The experimental result reveals that the proposed radar system is effective for RBMC.",

author = "Changzhan Gu and Guochao Wang and Takao Inoue and Changzhi Li",

year = "2013",

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TY - CONF

T1 - Doppler radar vital sign detection with random body movement cancellation based on adaptive phase compensation

AU - Gu, Changzhan

AU - Wang, Guochao

AU - Inoue, Takao

AU - Li, Changzhi

PY - 2013/6/2

Y1 - 2013/6/2

N2 - This paper presents a Doppler radar sensor system with camera-aided random body movement cancellation (RBMC) techniques for noncontact vital sign detection. The camera measures the VXEMHFW¶V random body motion that is provided for the radar system to perform RBMC and extract the uniform vital sign signals of respiration and heartbeat. Three RBMC strategies are proposed: 1) phase compensation at radar RF front-end, 2) phase compensation for baseband complex signals, and 3) movement cancellation for demodulated signals. Both theoretical analysis and radar simulation have been carried out to validate the proposed RBMC techniques. An experiment was carried out to measure a subject person who was breathing normally but randomly moving his body back and forth. The experimental result reveals that the proposed radar system is effective for RBMC.

AB - This paper presents a Doppler radar sensor system with camera-aided random body movement cancellation (RBMC) techniques for noncontact vital sign detection. The camera measures the VXEMHFW¶V random body motion that is provided for the radar system to perform RBMC and extract the uniform vital sign signals of respiration and heartbeat. Three RBMC strategies are proposed: 1) phase compensation at radar RF front-end, 2) phase compensation for baseband complex signals, and 3) movement cancellation for demodulated signals. Both theoretical analysis and radar simulation have been carried out to validate the proposed RBMC techniques. An experiment was carried out to measure a subject person who was breathing normally but randomly moving his body back and forth. The experimental result reveals that the proposed radar system is effective for RBMC.

M3 - Paper

ER -

Doppler radar vital sign detection with random body movement cancellation based on adaptive phase compensation

Abstract

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