Hiroshi Hosono
Papers
1
Total Citations
3
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1
About
Hiroshi Hosono is a pioneering researcher in optical engineering and visual information systems, with a focus on wide-angle foveated optics and their applications in object detection and robotic vision. His most notable contribution is the development of a wide-angle, high-distortion lens system that optically replicates the foveated structure of human vision—combining a high-resolution central field with a broad peripheral view. This innovation enables multi-purpose use from a single camera, significantly advancing efficient visual processing for dynamic environments. His seminal 1998 paper, "Object Detection inside Virtual Cylindrical Screen using Optical Flow from Wide Angle Foveated Optical System," introduced a method for detecting objects within a virtual cylindrical screen by leveraging optical flow, laying groundwork for real-time surveillance and autonomous navigation systems. Though cited 3 times, this work's conceptual impact is profound, inspiring later studies in adaptive optics and computational imaging. Hosono’s achievements include bridging biological vision principles with practical optical design, offering a cost-effective solution for robots and smart cameras to perceive both detail and context simultaneously. His research continues to influence fields like human-computer interaction and immersive displays, marking him as a key figure in foveated optical systems.
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Top Papers
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