Janjai Bhuripanyo

Papers

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About

Janjai Bhuripanyo is a robotics researcher whose work centers on autonomous mobile systems, tele-robotic control, and embedded control architectures. His most-cited paper, "Adaptive geometry track design and implementation for an all terrain mobile robot" (2009, 6 citations), introduces an inventive mechanism that overcomes the limitations of traditional driving systems in ragged terrain, enabling more reliable trajectory tracking. This contribution addresses a fundamental challenge in field robotics: mobility in unstructured environments. Bhuripanyo also advanced teleoperation with his work on a neuro-fuzzy force-force bilateral control scheme for six-degree-of-freedom tele-robotic systems (2008, 4 citations), achieving increased system bandwidth through an open-architecture controller. In the domain of competitive robotics, he contributed to the RoboCup Small Size League by developing FPGA-based closed-loop control systems (2006, 4 citations) that solve synchronization issues inherent in multi-motor PID control, and by designing distributed control architectures (2006, 2 citations) that leverage embedded technology for seamless sensor integration. His work bridges practical mechanical design with sophisticated control theory, offering solutions that are both inventive and implementable.