Max Robotics — Global Service Robot Directory + US Certification

About

Norihiko Kato is a robotics researcher whose work spans assistive and autonomous robotic systems, with a particular focus on improving mobility and quality of life for individuals with disabilities. His key research areas include wearable assistive robots, autonomous mobile robot navigation, and human-robot interaction for rehabilitation. Kato's most impactful work includes adaptive control strategies for robotic throwing motions (21 citations) and path planning for autonomous mobile robots using geographical features (20 citations), demonstrating his foundational contributions to robotic motion planning and control. He has made significant advances in sensor fusion for mobile robot positioning, developing an error model method that integrates encoder, gyro, and accelerometer data to improve localization accuracy (14 citations). Notably, Kato has pioneered assistive technologies for vulnerable populations, including an electric wheelchair hybrid operating system coordinated with a robotic arm (10 citations) and a wearable robot for upper limb extension force control (8 citations). His work on an attending and observing robot for crutch users (7 citations) highlights his commitment to preventing secondary injuries through robotic training assistance. Kato's research consistently bridges the gap between theoretical control systems and practical assistive applications, making him a notable contributor to rehabilitation and assistive robotics.