Max Robotics — Global Service Robot Directory + US Certification

About

Jae-Yeong Lee is a leading researcher in mobile robotics, specializing in localization, navigation, and autonomous systems. His foundational work on the ubiquitous robotic space framework introduced a three-tier architecture—physical, semantic, and virtual spaces—to enable seamless robotic services, a concept that has garnered 25 citations and influenced service robot design. Lee’s major contributions include developing a coarse-to-fine pathfinding algorithm that optimizes grid-based search for mobile robots (24 citations) and pioneering a wireless localization sensor suite using infrared landmarks and image sensors, which achieved 20 citations for its novel approach to indoor robot positioning. His research on robust self-localization for ground vehicles, fusing artificial landmarks with GPS and odometry (10 citations), has advanced autonomous navigation in complex environments. Lee also created the uRON v1.5 navigation library, a device-independent, reconfigurable tool that has been adopted by laboratories and companies for portable robot navigation. More recently, he has explored pedestrian-view intersection classification and indoor/outdoor transition recognition, addressing safety in autonomous navigation. With over 100 total citations, Lee’s work bridges theoretical innovation and practical implementation, making him a key figure in ubiquitous robotics and autonomous vehicle research.