Max Robotics — Global Service Robot Directory + US Certification

About

Hiroki Mori is a pioneering robotics researcher whose career has centered on mobile robot navigation, computer vision, and assistive robotics technologies. His most influential contributions lie in developing real-time detection methods for vehicles and pedestrians using what he termed "sign pattern" recognition — a biologically inspired approach drawing on stereotyped locomotion strategies observed in lower animals. His landmark 1994 paper on sign pattern-based vehicle and pedestrian detection, which has garnered 71 citations, established shadow signatures as reliable visual cues for obstacle identification, a concept he further refined in subsequent work accumulating an additional 59 citations. Beyond obstacle detection, Mori made significant strides in assistive robotics through his development of the robotic travel aid "HITOMI," a sensor-equipped motorized wheelchair designed to enhance mobility and orientation for visually impaired users. His guide dog robot series, "Harunobu," demonstrated sophisticated person-following capabilities and autonomous navigation using digital maps and interactive navigation systems. His research also extended to practical infrastructure applications, including vision-guided lane mark drawing robots for road maintenance. With over 230 total citations across his body of work, Mori's research represents a thoughtful integration of biological principles into real-world robotic systems, with lasting relevance to autonomous navigation and accessibility technology.