Xiaodong Jin
Papers
5
Total Citations
37
H-Index
3
About
Xiaodong Jin is a robotics researcher specializing in mechanism design, parallel robotics, and reconfigurable robotic systems. His work sits at the intersection of theoretical kinematics and practical robot engineering, with a particular focus on developing novel mechanisms that enhance the versatility and capability of robotic end-effectors and locomotion systems. Jin's most influential contribution is his Lie-group-based synthesis methodology for multimode dexterous hands, published in 2019 and accumulating 20 citations. This work directly addressed critical limitations in dexterous robotic hands — including restricted workspace, limited load capacity, and poor task adaptability — by drawing inspiration from 3-[P][S] parallel mechanisms to create fingers with parallel structure. This represents a meaningful advance in making dexterous manipulation more practically viable. Beyond dexterous hands, Jin has broadened his research to encompass hybrid parallel manipulators with 3+3 degrees of freedom and integrated leg-arm quadruped robots featuring reconfigurable joints, demonstrating his commitment to systems that fluidly transition between locomotion and manipulation tasks. His more recent work on singularity analysis and mode-switching in symmetrical multi-arm robots further highlights his growing interest in reconfigurable and adaptive robotic architectures. With a steadily expanding publication record, Jin represents an emerging voice in advanced robotic mechanism design.
Research Focus
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Top Papers
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