Francesco Cordoni

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About

Francesco Cordoni is a leading researcher in the field of stochastic port-Hamiltonian systems, with a particular focus on their application to bilateral teleoperation and energy-aware control. His major contribution lies in developing rigorous frameworks for guaranteeing passivity in stochastic systems—a critical challenge for ensuring stability in human-robot interaction and remote manipulation. In his most cited work (2021, 7 citations), Cordoni introduced the concept of "energy tanks" for stochastic port-Hamiltonian systems, providing a novel method to preserve passivity properties even under random perturbations. This breakthrough enables safer and more reliable bilateral teleoperation systems, where a master device controls a slave robot over a network. Cordoni’s research bridges the gap between stochastic control theory and practical robotics, offering tools that are both mathematically elegant and directly applicable to real-world systems. His work has been recognized for its clarity and impact, making him a key figure in the advancement of energy-based control for uncertain environments. For students and researchers, Cordoni’s contributions offer a compelling example of how theoretical rigor can drive innovation in robotics and automation.