Yuan Yan

Jiangsu University, Xi'an Jiaotong University

Papers

Total Citations

H-Index

About

Yuan Yan is a versatile researcher whose work spans the intersection of agricultural automation, computer vision, and soft robotics. In the domain of precision agriculture, Yan has made significant contributions through the development of innovative non-destructive monitoring systems for plant growth assessment. A standout achievement is the 2019 study introducing a seedling-lump integrated monitoring approach utilizing Intel RealSense depth camera technology, which has garnered 42 citations and represents a meaningful advance in automatic transplanting systems — addressing a critical need for efficient, image-based crop management in modern agriculture. Equally impressive is Yan's foray into bio-inspired robotics. The 2016 paper presenting a novel slithering locomotion mechanism for snake-like soft robots has attracted 37 citations, demonstrating broad influence across the robotics engineering community. This work reflects a deep engagement with biomimetic design principles and flexible robotic systems capable of complex, nature-inspired movement. Together, these contributions reveal a researcher driven by practical innovation — bridging computer vision, agricultural technology, and advanced robotics. Students and engineers interested in smart farming systems or soft robotic locomotion will find Yan's body of work both pioneering and highly applicable.