A 300 GHz monostatic sensing campaign in three indoor scenarios produces cluster-level channel statistics and an environment-aware framework mapping reflector geometry, roughness, and material to reflection-loss and dispersion observables.
Centimeter-level geometry r econstruction and material identification in 300 GHz monostatic sensing,
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Environment-Aware Channel Measurement and Modeling for Terahertz Monostatic Sensing
A 300 GHz monostatic sensing campaign in three indoor scenarios produces cluster-level channel statistics and an environment-aware framework mapping reflector geometry, roughness, and material to reflection-loss and dispersion observables.