Carmelo Parisi

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About

Carmelo Parisi is a leading figure in autonomous mobile robotics, with a primary focus on energy-efficient motion control for robots operating in complex, unpredictable environments. His most cited work, "Energy-saving motion control for an autonomous mobile robot" (2002, 70 citations), introduces a pioneering control strategy that enables autonomous mobile robots (AMRs) to navigate cluttered spaces—such as civil buildings—while minimizing power consumption. This approach was rigorously validated on the PARIDE mobile robot, a platform developed at the Robotics Laboratory of the Department, demonstrating practical viability in real-world settings. Parisi’s contributions are critical for advancing sustainable robotics, directly addressing the challenge of extending operational autonomy in energy-constrained applications. His research has influenced subsequent work in motion planning and power-aware navigation, earning recognition for bridging theoretical control methods with tangible robotic systems. By tackling the dual demands of obstacle avoidance and energy conservation, Parisi has helped shape the design of more intelligent, long-lasting autonomous vehicles, making his work essential reading for students and researchers in mobile robotics and energy-efficient automation.