Jeong Bea Lee

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About

Jeong Bea Lee is a pioneering researcher in the intersection of robotics, augmented reality (AR), and marine biomimicry, with a focus on creating immersive aquatic experiences. Her work centers on the development of robot fish and 3D holographic systems, blending engineering and visual technology to simulate lifelike underwater environments. Lee’s major contributions include the realization of a 3D aqua hologram augmented reality system for robot fish, as detailed in her most-cited paper (2020, 5 citations), which projects animated fish videos into aquariums to enhance viewer engagement. She also developed a color detection algorithm for fish robot position and swimming control (2019, 4 citations), enabling precise tracking and collision avoidance in dynamic aquatic settings. Additionally, her research on tracking systems with 3D holographic AR (2020, 2 citations) uses OpenCV and color marks to synchronize holographic fish movements with real robot fish. Though her citation counts are modest, Lee’s innovative integration of AR and robotics in aquatic environments represents a novel achievement, offering potential applications in education, entertainment, and marine biology visualization. Her work stands out for its creative fusion of technology and nature, inspiring future explorations in interactive biomimetic systems.