Max Robotics — Global Service Robot Directory + US Certification

About

Cheol-Hoon Lee is a researcher whose work lies at the intersection of robotic software engineering and real-time embedded systems. His primary contributions focus on developing reusable software component frameworks for robotic services, enabling modular, maintainable, and cost-effective robot development. Lee’s most cited work, “A Development of Software Component Framework for Robotic Services” (8 citations), proposes a component-based architecture that allows developers to compose robotic services from reusable, interface-accessible modules—significantly reducing development time and maintenance overhead. He further addresses the critical challenge of real-time performance in user-level robot components running on general-purpose operating systems like Windows, a key concern for safety-critical service robots operating alongside humans. Lee’s research also extends to deterministic real-time task scheduling and adaptive video encoding for tele-operated robots, including an H.264 encoder tailored for WiBro communication environments to enable low-latency remote control. His work is foundational for researchers building dependable, real-time robotic systems, emphasizing the practical integration of software engineering principles with stringent timing constraints. Lee’s contributions continue to inform the design of intelligent service robots that must balance flexibility, performance, and safety.