Papers
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Total Citations
2
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About
Li Ma is a robotics researcher whose work focuses on the precision engineering and calibration of robotic systems. His most notable contribution to date is a specialized kinematic calibration methodology developed for 7R 6-DOF robots featuring non-spherical wrist configurations — a technically complex class of industrial manipulators that present unique challenges in achieving positional accuracy. Published in 2020, this work addresses a critical gap in robotic calibration literature by specifically tackling parameter identifiability analysis and model reduction within the identification procedure, employing laser tracker technology to achieve high-precision measurement and correction of kinematic errors. While currently accumulating citations with 2 references in the literature, the work represents a meaningful technical contribution to the field of robot accuracy enhancement, which has broad implications for manufacturing automation, surgical robotics, and other precision-critical applications. Ma's research sits at the intersection of kinematic modeling, measurement science, and industrial robotics — areas of growing importance as collaborative and high-precision robots become increasingly prevalent across advanced manufacturing environments. His focus on non-spherical wrist geometries demonstrates a willingness to tackle specialized, underexplored problems within robotic systems engineering.
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