Atsushi Aburadani

University of Tsukuba, National Institute of Technology, Tokyo College, Japan Atomic Energy Agency

Papers

Total Citations

139

H-Index

About

Atsushi Aburadani is a roboticist whose work bridges autonomous navigation and bio-inspired locomotion, with a focus on real-world deployment. His primary research areas include outdoor mobile robot navigation, sensor fusion, and quadrupedal gait generation. Aburadani made significant contributions to autonomous navigation in unstructured, cluttered environments, particularly through his work on the "Tsukuba Challenge," a real-world robot competition. His 2009 paper on autonomous navigation in outdoor pedestrian walkways (90 citations) demonstrated a robust system capable of handling dynamic obstacles like people and bicycles using redundant sensors. This work, along with his 2008 paper on 1km autonomous navigation (26 citations), showcased long-distance reliability in non-modified public spaces. Earlier, Aburadani explored animal gait generation for quadrupedal robots (13 citations), using Sony's AIBO to create lifelike motion for pet and therapy robots. He also contributed to specialized applications, such as developing a robot vision system for ITER's remote-handling system (10 citations), highlighting his versatility. Aburadani's impact lies in advancing practical, field-tested robotics, with his navigation research serving as a foundation for autonomous systems operating in human-centric environments.