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About

Dr. Hitoshi Yamada is a pioneering researcher whose work bridges two distinct fields: robotic tactile sensing and biologically inspired aerial robotics. His major contributions include the development of network-type tactile sensor systems for whole-body robot skins, where he designed custom LSI circuits enabling high-density, decentralized force sensing via interrupt-driven data transmission—critical for safe human-robot interaction in nursing and communication robots. This work, published in venues like *Sensors and Actuators A: Physical*, has garnered over 28 citations across his tactile sensor papers. In parallel, Dr. Yamada advanced autonomous flight with a biologically inspired vision system for helicopters, using FPGA-based real-time edge detection across 800 image regions to estimate altitude—a novel approach cited 16 times. His most cited work (38 citations) is a 2019 multicenter study on complications after laparoscopic radical cystectomy, demonstrating his versatility in medical robotics. Dr. Yamada’s contributions to CMOS-MEMS integration for tactile sensing and his vision-based flight control showcase a unique ability to apply biological principles to engineering challenges, making him a notable figure in both surgical robotics and autonomous systems.