J.-P. Merlet

Institut national de recherche en sciences et technologies du numérique

Papers

Total Citations

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About

J.-P. Merlet is a leading authority in the field of parallel robotics, with a career dedicated to advancing the design, analysis, and control of parallel manipulators. His research focuses on key areas such as workspace optimization, kinematic performance, and trajectory planning for these complex mechanisms. Merlet’s major contributions include developing a workspace-oriented methodology for designing optimal parallel manipulators, particularly the Gough platform, which balances constraints like workspace size, accuracy, and articular forces—a work that has garnered 28 citations. He also pioneered optimal trajectory planning for 5-axis machine tools based on 6-axis parallel manipulators (22 citations), enhancing precision in manufacturing. His theoretical work on the regularity of the inverse Jacobian (19 citations) provides critical insights into robot singularity and performance. Among his notable achievements, Merlet has advanced wire-driven parallel robots, as seen in his analysis of the 2-2 wire-driven crane. With a strong citation record, his research continues to influence both academic study and industrial applications, making him an essential figure for students and researchers exploring the frontiers of parallel robotics and mechanism design.