Takeshi Toda

Murata (Japan), The University of Osaka, Nihon University, Takenaka (Japan)

Papers

Total Citations

H-Index

About

Takeshi Toda is a pioneering robotics researcher whose work bridges legged locomotion, sensor systems, and autonomous exploration. His research spans three key areas: ground estimation for rubble-climbing robots, energy-efficient climbing gaits, and non-contact vital signs monitoring using radar. Toda’s most cited work, “Estimation of fragile ground by foot pressure sensor of legged robot” (8 citations), introduced a novel foot sensor with a rubbing mechanism that measures reactive forces at each ground point, enabling legged robots to assess terrain stability during search-and-rescue operations. In “Energy-efficient narrow wall climbing of six-legged robot” (5 citations), he developed vertical- and horizontal-body climbing gaits for the ASTERISK robot, allowing it to navigate confined spaces like collapsed buildings. His recent work on mm-Wave FMCW radar (5 citations) tackles the challenge of remote heart rate monitoring from a moving robot, extending valid measurement range and accuracy. Toda’s 2023 study on probabilistic presence density control (3 citations) proposes a distributed exploration algorithm for heterogeneous swarm robots, minimizing loss cost per robot. With a career spanning two decades, Toda continues to advance practical robotics for disaster response, planetary exploration, and healthcare—demonstrating how clever mechanical design and sensor fusion can solve real-world mobility and monitoring challenges.