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About

Marcus Hamann is a robotics researcher specializing in the modeling, control, and calibration of cable-driven parallel robots (CDPRs). His work focuses on advancing the precision and dynamic performance of these flexible manipulators, which use cables instead of rigid links to control end-effector motion. Hamann’s major contributions include the development of model-based control strategies using exact linearization for nonlinear MIMO systems, demonstrated in his most-cited paper on controlling a pendulum with a 3-DoF cable robot (6 citations). He has also pioneered calibration methods to enhance robot accuracy, such as model-driven parameter identification combined with data-driven position correction (4 citations) and geometrically reconfigurable CDPR calibration (3 citations). His research on active end effectors for calibration (2 citations) further underscores his commitment to practical precision. With a total of 20 citations across his key works, Hamann’s contributions are foundational for applications requiring high-accuracy cable robotics, such as manufacturing and rehabilitation. His work bridges theoretical control and real-world implementation, making him a notable figure in the field of parallel robotics.