Papers
15
Total Citations
168
H-Index
6
About
Shouhei Kidera is a radar systems researcher whose work has significantly advanced the field of ultra-wideband (UWB) pulse radar imaging, with particular emphasis on high-resolution target detection and shape estimation for robotics, rescue operations, and through-the-wall sensing. His most influential contribution is the development and refinement of the SEABED (Shape Estimation Algorithm based on BST and Extraction of Directly scattered waves) framework, which leverages a reversible Boundary Scattering Transform to rapidly reconstruct target geometries from raw radar signals. His 2007 paper introducing a robust envelope-of-circles imaging algorithm has garnered 54 citations, establishing it as a foundational reference in the field. Kidera extended these methods into three-dimensional through-the-wall scenarios, addressing critical challenges in disaster response where victims may be obscured by debris or walls. His later work introduced the Range Point Migration (RPM) method and multi-static approaches capable of imaging moving targets with arbitrary shapes, broadening the practical applicability of UWB radar to dynamic environments. Across more than a dozen publications, Kidera has consistently pushed the boundaries of non-destructive sensing, offering increasingly accurate, computationally efficient algorithms that bridge theoretical signal processing and real-world autonomous system applications.
Research Focus
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