G. Cesareo

University of Rome Tor Vergata, Sapienza University of Rome

Papers

Total Citations

112

H-Index

About

G. Cesareo’s research focuses on the intersection of robotics, nonlinear control theory, and symbolic computation, with a particular emphasis on the modeling and controllability of elastic robotic systems. His most influential work, “On the controllability properties of elastic robots” (2005), has garnered 60 citations and addresses fundamental challenges in ensuring precise control over flexible robotic structures—a critical issue for advanced manufacturing and surgical robotics. Cesareo also developed DYMIR, a symbolic computation code that automatically generates dynamic models for industrial robots, treating them as chains of rigid bodies connected by single-degree-of-freedom joints. This tool, detailed in a 2005 paper with 45 citations, streamlines the derivation of motion equations, making it transparent and accessible for engineers and researchers. Additionally, his exploration of symbolic computation in nonlinear control theory (7 citations) demonstrates his commitment to bridging theoretical frameworks with practical implementation. Cesareo’s contributions have advanced the understanding of robot dynamics and control, providing foundational tools that support the design of more reliable and efficient robotic systems.