Toshitaka Oki

Okayama Prefectural University, National Institute of Technology, Ube College

Papers

Total Citations

H-Index

About

Toshitaka Oki is a robotics researcher whose work bridges control theory and practical rescue engineering. His most influential contribution, "The Swing Up Control for the Pendubot Based on Energy Control Approach" (2002, 11 citations), addresses the classic underactuated robotics challenge of swinging a two-link pendulum (the Pendubot) to its upright position. By leveraging an energy-based control strategy, Oki provided an elegant solution that avoids complex nonlinear modeling, offering a robust method for stabilizing inherently unstable systems—a foundational concept for advanced robotic manipulation and balance control. Beyond theoretical robotics, Oki has applied his expertise to life-saving technology. His work on the "Development of a Small Rescue Dummy for Robot Contests that can Detect Pressing Force onto Whole Body" (2008, 2 citations) introduced a telemetric dummy designed to evaluate how rescue robots interact with human bodies during disaster scenarios. This innovation supports the annual rescue robot contest, which serves as both an educational platform for disaster prevention and a testing ground for safer robotic rescue techniques. While his citation counts are modest, Oki’s contributions demonstrate a meaningful dual focus: advancing control theory for robotic systems and developing practical tools that directly improve the safety and effectiveness of rescue operations.