Guoliang Shi

Beijing Institute of Technology, Fuzhou University

Papers

Total Citations

H-Index

About

Guoliang Shi is a robotics researcher whose work centers on tactile sensing and visual servoing for robotic manipulation. His most significant contribution is the development of a high-resolution, high-compliance tactile sensing system, detailed in his 2002 paper, which has garnered 8 citations. This sensor, leveraging optical reflection and the mechanical compliance of clear rubber, achieves a rare combination of sensitivity and physical adaptability, enabling more nuanced robotic interactions with objects. The system’s integration into a gripper with tactile image processing represents a notable step forward for dexterous manipulation. In his 2017 work, Shi expanded into hybrid vision systems, combining Eye-in-hand and Eye-to-hand cameras to enable robots to pick and precisely place moving workpieces on conveyor belts, a practical achievement for industrial automation. While his citation counts reflect a focused, niche impact, his contributions are foundational for researchers seeking to bridge the gap between sensory feedback and real-time robotic control. Shi’s work exemplifies the engineering challenges of creating robots that can both sense and act with precision in dynamic environments.