Qianqiu Zhao

Papers

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About

Qianqiu Zhao is a researcher focused on advancing robotic manipulation for large-scale industrial applications, with particular expertise in workspace analysis, kinematics, and motion planning. Their most-cited work introduces a novel method for region division of large workpieces based on the dexterous workspace of robots, enabling more efficient and precise processing of oversized components. By employing the Denavit–Hartenberg (D-H) method to establish linkage coordinate systems and derive forward kinematics equations, Zhao provides a systematic framework for optimizing robot positioning and task execution. This contribution is especially valuable in manufacturing contexts where traditional robotic systems struggle with the scale and complexity of large workpieces. Although early in their citation impact, Zhao’s research addresses a critical gap in industrial robotics, offering practical solutions for automation in heavy machinery and aerospace sectors. Their work underscores a commitment to bridging theoretical kinematics with real-world manufacturing challenges, making them a promising voice in the field of robotic dexterity and large-scale automation.