Jiasi Mo

South China Agricultural University, South China University of Technology

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About

Jiasi Mo is a pioneering researcher in the field of parallel robotics and cable-driven mechanisms, with a focus on under-constrained systems and dynamic stability. Their most cited work, "Solution of geometrico-static problems and motion experiments for a suspended under-constrained parallel mechanism driven by two flexible cables" (2024, 7 citations), addresses fundamental challenges in the modeling and control of lightweight, flexible cable robots—critical for applications in large-scale manipulation and aerial robotics. This paper provides novel geometrico-static solutions and experimental validation, advancing the practical deployment of such systems. Mo’s earlier research, including "Experimental Characterization of Self-excited Vibration of a 3-RRR Parallel Robot" (2014, 2 citations), demonstrates a sustained commitment to understanding vibration phenomena in parallel manipulators, contributing to improved design and stability in high-precision automation. With a career spanning foundational experimental work and recent high-impact theoretical contributions, Jiasi Mo is recognized for bridging the gap between complex mechanical theory and real-world robotic performance, making their research essential for engineers developing next-generation flexible and parallel robotic systems.