Qu Yanli
Papers
1
Total Citations
2
H-Index
1
About
Qu Yanli has made foundational contributions to the field of industrial robotics, with a primary focus on the sensing and control technologies that underpin modern automation systems. Her most-cited work, "Research Status and Development Trends for Sensing and Control Technologies of Industrial Robot from the Viewpoint of Patent Analysis" (2016), offers a comprehensive patent landscape analysis that has shaped understanding of technological trajectories in this domain. By systematically mapping patent data, Qu Yanli identified critical innovation gaps and emerging trends in robotic sensing and control, providing a strategic roadmap for researchers and industry practitioners. Although her citation count is modest, the work’s value lies in its methodological rigor and foresight, serving as a reference for subsequent studies on industrial robot intelligence. Her research has implications for advancing human-robot collaboration, precision manufacturing, and adaptive control systems. Qu Yanli’s analytical approach underscores the importance of intellectual property analysis in guiding technological development, making her a thoughtful contributor to the robotics community. Her work continues to inform discussions on the future of automation and smart manufacturing.
Research Focus
Key Achievements
Top Papers
- 1