T. Ninomiya

Papers

Total Citations

148

H-Index

About

T. Ninomiya is a pioneering researcher in soft robotics and humanoid sensor systems, with a focus on creating flexible, full-body tactile sensing for robots. Their most influential work, "A full-body tactile sensor suit using electrically conductive fabric and strings" (2002, 137 citations), introduced a groundbreaking design that covers an entire robot body with soft, pliable sensing regions. By leveraging electrically conductive fabric and strings, Ninomiya enabled robots to perceive physical contact across their entire surface—a critical step toward safe human-robot interaction and more natural machine embodiment. This work remains a foundational reference in tactile sensing research. In a complementary study (2002, 11 citations), Ninomiya advanced a remote-brained full-body humanoid that integrates binocular vision, ear-like sound sensors, wrist force sensors, and the tactile suit into a unified "sensor image." This holistic approach treats the robot body as both an active and sensing unit, effectively merging environmental perception into a single data stream. Ninomiya’s contributions have shaped the design of compliant, sensor-rich robots, influencing fields from assistive robotics to wearable technology. Their work continues to inspire researchers developing more intuitive and safe robotic systems.