Hee-Hyol Lee

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About

Dr. Hee-Hyol Lee is a researcher whose work bridges affective computing and multi-robot systems, with a particular focus on human emotion recognition and cooperative robotics. His most impactful contribution, "Two-Dimensional Emotion Evaluation with Multiple Physiological Signals" (2018), has garnered 19 citations, demonstrating its significance in the field of emotion-aware human-computer interaction. This study advanced the understanding of how physiological signals—such as heart rate and skin conductance—can be integrated to evaluate emotional states along two-dimensional valence-arousal axes, offering a robust framework for real-time emotion sensing. Earlier, Dr. Lee explored the frontiers of swarm robotics with "A Cooperative Behavior Learning Control of Multi-Robot Using Trace Information" (2008), which introduced innovative methods for robots to learn collaborative behaviors through environmental traces, laying groundwork for adaptive multi-agent systems. His work reflects a dual commitment to enhancing machines' emotional intelligence and their ability to coordinate autonomously. Dr. Lee’s research continues to inspire applications in healthcare, robotics, and interactive technologies, making him a notable figure in the convergence of physiological computing and intelligent systems.