Jun-ichi Takiguchi

Mitsubishi Electric (Japan), Kyoto University

Papers

Total Citations

H-Index

About

Jun-ichi Takiguchi is a pioneer in mobile robotics and disaster-response systems, specializing in omnidirectional vision, 3D reconstruction, and GPS/dead-reckoning navigation. His most influential work, "3D Reconstruction Using Multibaseline Omnidirectional Motion Stereo Based on GPS/Dead-reckoning Compound Navigation System" (2007, 18 citations), introduced a compact motion-stereo device that fuses GPS and dead-reckoning sensors with omnidirectional cameras, enabling mobile robots to reconstruct 3D environments in real time—a critical capability for autonomous navigation in GPS-denied zones. Takiguchi further advanced humanitarian robotics with his 2006 study (15 citations) on disaster information collection, where he designed a system that integrates rescue robots with Geographic Information Systems (GIS) by saving robot-collected data as text files, allowing any rescue platform to map hazards and victims efficiently. His earlier foundational work on self-positioning using omnidirectional vision (2002) demonstrated a low-aberration panoramic imaging system with dual mirrors, laying the groundwork for robust robot localization. With over 35 total citations, Takiguchi’s contributions bridge sensor fusion and practical field robotics, offering students a model for translating theoretical vision algorithms into life-saving technologies for search-and-rescue operations.