Long Qu

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About

Long Qu is a leading researcher in robotics, with a primary focus on the design, stability, and control of multi-legged locomotion systems. His most notable contribution is the development of SHeRo (Scalable Hexapod Robot for maintenance, repair, and operations), a highly cited work (44 citations) that addresses the critical need for versatile, field-deployable robots in industrial settings. This platform exemplifies his commitment to creating practical, scalable solutions for complex real-world tasks. Beyond hardware design, Qu has made foundational contributions to the theoretical understanding of robotic stability. His work on the "Lateral Stable Workspace of Hexapod Walking Machines" provides a rigorous methodology for defining and computing the stable workspace—the region where a robot can operate without tipping over—a crucial concept for dynamic control. This research bridges the gap between workspace analysis and stability criteria, offering a systematic approach for ensuring safe and reliable locomotion in multi-legged robots. Through his blend of innovative hardware design and rigorous analytical methods, Long Qu has established himself as a key figure in advancing the capabilities and safety of legged robotic systems.