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This article evaluates electromagnetic backscattering in simplified human bodies using mmWave radar, implying significant model validation and application insights.
Milliliter-wave radar-based human body sensing requires for precise modeling of the backscattered field. This article presents an Iterative Physical Optics model designed for evaluating the near field backscattering of lossy dielectric target. The model is first validated by millimeter wave measurement in anechoic chamber and applied to simplified human body, in order to examine the impact that proximity to the target can have on the electromagnetic response.
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Malherbe et al. (2026) studied this question.
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