Zhong Ming Li

Beijing University of Posts and Telecommunications

Papers

Total Citations

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About

Zhong Ming Li is a researcher specializing in robotics engineering and computer-aided design, with a particular focus on the development and optimization of industrial robotic systems. His work centers on advancing the conceptual design methodologies for palletizing robots, a critical area in modern manufacturing and logistics automation. In his notable 2011 study, "Research on Computer-Aided Conceptual Design of Palletizing Robot," Li introduced an innovative requirement configuration-oriented approach to computer-aided design, in which design requirements are quantified hierarchically and the robot's functional architecture is systematically decomposed according to working plane dynamics. This methodology represents a meaningful contribution to streamlining the early-stage design process for industrial robots, bridging the gap between abstract functional requirements and concrete engineering specifications. While his work has accumulated citations reflective of a specialized technical audience, his contributions lay important groundwork for researchers and engineers seeking structured, requirement-driven frameworks in robotic system design. Students and practitioners working at the intersection of mechanical engineering, automation, and intelligent manufacturing will find Li's systematic approach to conceptual robot design both practically applicable and foundational to understanding design decomposition methodologies in industrial robotics.