Yuning Cao
Papers
4
Total Citations
12
H-Index
2
About
Yuning Cao is an emerging robotics researcher whose work spans medical robotics, mobile manipulation, and autonomous service systems. His research addresses critical real-world challenges at the intersection of human-robot interaction, motion planning, and intelligent automation. Cao's most-cited contribution introduces a robotic ultrasound scanning end-effector capable of maintaining adjustable constant contact force, directly tackling the operator-dependency and inconsistency inherent in traditional ultrasound diagnostics — a meaningful advance toward reliable, radiation-free medical imaging (7 citations). Complementing this clinical focus, his work on multifunctional mobile manipulation robots demonstrates sophisticated hierarchical motion planning and hybrid grasping strategies, bridging the gap between mobile navigation and dexterous manipulation in complex environments (2 citations). A parallel line of research integrates human-robot interaction into search-and-fetch tasks, addressing labor shortages in commercial and industrial settings with practical, deployable solutions (2 citations). His design of an autonomous disinfection robot, featuring safety filter-based motion control, further reflects his commitment to socially relevant robotics in a post-pandemic world (1 citation). Though early in his career, Cao's diverse and application-driven portfolio positions him as a promising contributor to next-generation intelligent robotic systems with clear translational impact.
Research Focus
Key Achievements
Top Papers
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