G. Garcia

Centre National de la Recherche Scientifique, École Centrale de Nantes

Papers

Total Citations

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About

G. Garcia has made foundational contributions to the field of robot calibration, focusing on the precise geometric alignment and parameter identification of serial manipulators. His key research areas include geometric calibration using multiple plane constraints and sensorless calibration techniques that eliminate the need for external measurement devices. Garcia’s most influential work, "Geometric Calibration of Robots Using Multiple Plane Constraints" (2000, 17 citations), introduced a robust framework for correcting kinematic errors by leveraging planar constraints, significantly improving robot accuracy in industrial settings. His follow-up paper, "Calibration of the geometric parameters of robots without external sensors" (2002, 16 citations), presented a groundbreaking method that relies solely on internal joint position sensors, enabling rapid, cost-effective calibration without external instrumentation. This work is particularly notable for its practical impact, as it allows for quick deployment in real-world manufacturing environments. Garcia’s contributions have been widely recognized for bridging the gap between theoretical calibration models and practical implementation, earning him a reputation as a key innovator in robot metrology. His methods continue to influence modern approaches to robot accuracy and performance optimization.