Shino Higuchi

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About

Shino Higuchi is a pioneering researcher in interactive projection mapping and robotic avatars, with a focus on real-time visual feedback systems for dynamic environments. Their most-cited work introduces a wide angular range dynamic projection mapping method, leveraging a high-speed gaze control system called Saccard Mirror 3 to project images onto fast-moving targets—such as drones—across expansive areas. This breakthrough enables seamless projection on agile robots, advancing human-robot interaction and augmented reality applications. With 9 citations, this study highlights Higuchi’s skill in integrating optics, robotics, and computer graphics to solve real-world tracking challenges. Their contributions extend to developing drone-based avatar robots, where projection mapping enhances communication and presence. Higuchi’s research is notable for pushing the boundaries of projection technology beyond static setups, offering new possibilities for entertainment, telepresence, and autonomous systems. Their work inspires students and researchers exploring the intersection of high-speed vision, robotics, and immersive displays.