Towards Mm-Wave Camera Assisted Human Stress Gauging

2015 40TH INTERNATIONAL CONFERENCE ON INFRARED, MILLIMETER AND TERAHERTZ WAVES (IRMMW-THZ)(2015)

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Abstract
Recent publications show strong correlation between the sub-THz reflection coefficient of a human skin and various stress related ECG parameters. The main hypothesis explaining the phenomenon is based on the coiled nature of human sweat ducts. The way to the development of disruptive commercial applications exploiting this phenomena, traverses through multi-pixel imaging of the human skin tissue (in the sub-THz range). Towards that goal, a fully integrated and packaged SiGe based total-power single pixel receiver (operating in the W-band) has been employed for human stress gauging in both reflectometric and radiometric modes. Initial (and quite encouraging) results are brought forth in this article.
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Key words
mm-wave camera,human stress gauging,subTHz reflection coefficient,ECG parameters,human sweat ducts,multipixel imaging,human skin tissue,SiGe based total-power single pixel receiver,W-band,reflectometric modes,radiometric modes
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