S. Ishibashi

Japan Agency for Marine-Earth Science and Technology, Tokyo University of Marine Science and Technology

Papers

Total Citations

H-Index

About

S. Ishibashi has made significant contributions to the development and control of autonomous underwater vehicles (AUVs) for deep-sea scientific exploration. Their key research areas include underwater robotics, motion control systems, and manipulator path planning. Ishibashi was instrumental in the development of JAMSTEC's "MR-X1," a compact, fish-shaped AUV capable of reaching depths of 4,200 meters and operating for approximately 15 hours using a lithium-ion battery. Their most cited work (2003, 9 citations) details the design and capabilities of this pioneering vehicle. Beyond hardware, Ishibashi addressed critical control challenges, applying linear matrix inequalities to stabilize the MR-X1's motion (2007, 7 citations), and developed simulation systems for underwater robots with dual-arm manipulators and visual feedback (2002, 6 citations). Their research also advanced motion planning for underwater manipulators using genetic algorithms to avoid obstacles (2002, 4 citations). Through these contributions, Ishibashi has helped lay the groundwork for reliable, autonomous deep-sea robotics, enabling safer and more efficient scientific work in extreme marine environments.