M. Attolico

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About

M. Attolico’s research career is defined by pioneering work at the intersection of multibody dynamics, real-time simulation, and space robotics. His most significant contribution is the development of a multibody user-space hard real-time environment specifically designed for simulating space robots, a foundational paper that has garnered 15 citations. This work established critical frameworks for integrating complex mechanical systems into real-time computational environments, enabling more accurate and efficient testing of robotic behavior in space conditions. Attolico further advanced the field through trajectory optimization techniques using the general-purpose multibody software MBDyn, demonstrating how to efficiently explore feasible solution spaces while satisfying dynamic constraints—a contribution that earned 5 citations. His research also extends to control systems, notably a visual servoing approach for lightweight robotic manipulators, addressing the growing challenge of controlling flexible spacecraft structures. With a cumulative impact of over 20 citations across his key works, Attolico’s legacy lies in bridging theoretical multibody dynamics with practical, real-time simulation tools, making him a notable figure in the advancement of space robotics and control system design.