Sheng-Yuan Huang

Papers

Total Citations

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About

Sheng-Yuan Huang is a leading researcher in haptic robotics, specializing in the design of force-controlled parallel robots for high-fidelity haptic interaction. His work focuses on overcoming the limitations of traditional serial and parallel mechanisms, which often suffer from nonconstant Jacobian matrices and poor dynamic performance. Huang’s major contribution is the development of a novel parallel robot capable of large-range stiffness rendering in three dimensions, enabling more accurate and stable force feedback for virtual and remote environments. This innovation, detailed in his 2021 paper with 15 citations, addresses critical challenges in haptic device design, such as maintaining consistent impedance across a wide workspace. Additionally, his 2019 work on a haptic device for bilateral teleoperations emphasizes precise force interaction, achieving accurate force rendering in multiple degrees-of-freedom. Huang’s research has significant implications for teleoperation systems, virtual reality, and rehabilitation robotics, where realistic haptic feedback is essential. His designs advance the state of the art in parallel mechanisms, offering improved force control and user experience. With a growing citation record, Huang is recognized for pushing the boundaries of haptic technology, making him a key figure in the field of robotics and human-machine interaction.