Dongbo Wei
Papers
5
Total Citations
20
H-Index
3
About
Dongbo Wei is a robotics and automation researcher whose work spans two interconnected domains: cable-driven robotic manipulators and intelligent systems for electric vehicle (EV) automatic charging. His research on cable-driven serial manipulators (CDSMs) has made meaningful contributions to improving motion control accuracy, notably through a self-calibration framework addressing kinematic parameters across cables, links, and transmission systems, as well as a compliant wrist-based peg-in-hole controller that operates without external sensors — a significant practical achievement in assembly automation. Wei's more recent and widely recognized work focuses on enabling reliable robotic charging for electric vehicles. His cluster template matching algorithm for fast charging port recognition (9 citations) has become his most influential contribution, while subsequent papers tackle collision detection and safety classification during the charging process — areas that remain underexplored despite growing industrial relevance. His 2024 work on precision collision localization using dedicated matrix templates reflects a maturing research agenda that bridges computer vision, safety engineering, and autonomous systems. With citations accumulating across both hardware control and perception-driven automation, Wei represents an emerging voice in the robotics community working at the intersection of intelligent manipulation and the electrification of transportation infrastructure.
Research Focus
Key Achievements
Top Papers
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