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About

Shigeki Iida is a pioneering researcher in autonomous mobile robotics, with a career spanning over two decades dedicated to advancing vehicle control, sensor systems, and intelligent navigation. His foundational work on vehicle command systems and trajectory control, published in 2002 (84 citations), introduced a high-capability framework for describing navigation tasks in real environments, coupled with a feedback control method for precise path tracking—a cornerstone for wheeled autonomous robots. Iida’s contributions extend to practical implementations, including a small-scale self-contained autonomous robot (2006, 58 citations) that integrated sensors, vehicle control, and sensor-based behavior, demonstrating real-world viability. He also advanced environmental perception with an active optical range sensor using a laser slit (2002, 22 citations), enabling real-time recognition for indoor mobile robots. His work on power wheeled steering control (2005, 15 citations) further refined vehicle subsystem dynamics. Notably, his early research on position identification using color images (1990) laid groundwork for vision-based localization in corridor environments. With over 180 cumulative citations, Iida’s legacy lies in bridging theoretical control with practical, sensor-rich autonomy, inspiring generations of roboticists.