Chanapol Piyavichayanon

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About

Chanapol Piyavichayanon is a researcher focused on advancing human-robot interaction through augmented reality (AR) and telemanipulation systems. His key research areas include collision-aware robotic control, immersive AR interfaces, and real-time depth sensing for remote operations. Piyavichayanon’s major contribution is his work on "Collision-Aware AR Telemanipulation Using Depth Mesh" (2022), which addresses a critical gap in AR teleoperation: the lack of collision detection between virtual robot models and physical environments. By integrating depth mesh data, his approach enables safer and more intuitive remote robot control, reducing the risk of unintended collisions during delicate tasks. This work has garnered 5 citations, reflecting its emerging impact in the robotics and AR communities. His research is particularly notable for bridging the gap between virtual planning and real-world execution, offering practical solutions for industries like manufacturing, healthcare, and hazardous environment exploration. Piyavichayanon’s innovative use of depth sensing and AR visualization marks a significant step toward more reliable and user-friendly teleoperation systems, making him a promising contributor to the field of interactive robotics.