Radar-Based Fall Detection Using Micro-Doppler Signatures: A Comparative Analysis of YOLO Architectures. [PDF]
Seflek I, Barstuğan M.
europepmc +1 more source
Unfolded RPCA Network for Mitigating Inter-Transmitter Code Interference in MIMO PMCW Systems. [PDF]
Lee Y, Lee JH, Lee S.
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Multi-Target Radar Speed Meter Failure Mechanism Research. [PDF]
Luo L +6 more
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Measurement Method for Mold Slag Thickness in Continuous Casting Mold Using Millimeter-Wave Radar and Eddy Current Sensors. [PDF]
An Y, Wang Z, Xiao J.
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Multi-UAV-Borne Surveillance Radar Trajectory Planning Method Based on Imitation Learning. [PDF]
Gao X, Li M, Guan K, Ge J.
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MVDFusion: Multimodal Vehicle Detection in Foggy Weather Using LiDAR and Radar Fusion. [PDF]
Tian J +7 more
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A unified spatiotemporal-geometry framework for target classification and localisation in dual-static passive radar. [PDF]
Wang H, Lei Z, Liu X.
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Optimization of Camera and Radar Placement for Sensor Fusion and Ball Tracking in Sports. [PDF]
Kamstra D, de Villiers JP.
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Radar cross section measurements
Proceedings of the IEEE, 1987The progress in radar cross section measurements is strongly related to the progress in radar technology. The recent acceleration in radar technology and processing techniques has generated a corresponding acceleration in interest for radar cross section measurements.
R B Dybdal
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Radar cross section of insects
Proceedings of the IEEE, 1985X-band measurements of radar cross section as a function of the angle between insect body axis and the plane of polarization are presented. A finding of particular interest is that in larger insects, maximum cross section occurs when the E-vector is perpendicular to the body axis.
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