Yuanyuan Shi

Huazhong University of Science and Technology

Papers

Total Citations

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About

Yuanyuan Shi is an emerging researcher whose work spans robotics, mechanical engineering, and autonomous systems. Their research demonstrates a strong focus on advancing the capabilities of robotic systems through both structural optimization and intelligent perception. In the area of controllable mechanism robotics, Shi has made notable contributions to vibration control, specifically developing a central composite design methodology for resonance suppression in welding robot end-effectors. This work integrates dynamic modeling with experimental verification, optimizing key parameters including excitation source characteristics, rod stiffness, and damping to enhance operational precision and stability. Complementing this mechanical focus, Shi has also contributed to the field of visual simultaneous localization and mapping (SLAM), addressing one of its most persistent challenges: reliable loop closure detection under real-world conditions such as changing lighting, varying perspectives, and dynamic object interference. By leveraging image block similarity differences, this work seeks to improve the robustness and accuracy of autonomous mobile robot navigation. With a cumulative citation count reflecting growing recognition within the research community, Yuanyuan Shi represents a versatile and technically rigorous voice at the intersection of mechanical design and intelligent robotics, with promising contributions anticipated as this body of work continues to develop.