Yuqing Yang

Papers

Total Citations

H-Index

About

Yuqing Yang is a pioneering researcher at the intersection of robotics and bioinspired materials engineering. Her work addresses fundamental challenges in autonomous systems and adhesive technologies, with significant contributions to real-time robotic control and biomimetic surface design. Yang’s most cited paper, “Exploring Real-Time Executor on ROS 2” (2020, 29 citations), tackles critical latency issues in robot communication systems, advancing the development of more responsive autonomous platforms. This work has become essential reading for engineers building next-generation robotic architectures. In parallel, her innovative study “Bioinspired Core–Shell Micropillar Array for Robust and Enhanced Adhesion and Friction” (2023, 3 citations) introduces a novel method for creating durable, high-performance adhesives inspired by natural structures. This breakthrough holds promise for applications in precision manufacturing, medical treatments, and robotic gripping systems. Yang’s interdisciplinary approach—bridging software optimization with materials science—demonstrates her ability to solve complex engineering problems from multiple angles. Her research continues to influence both academic inquiry and practical robotics development, establishing her as a rising leader in creating more capable, resilient autonomous systems.