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About

Francesco Baralli is a researcher whose career has spanned the intersecting domains of autonomous underwater vehicles (AUVs), naval robotics, and advanced control systems. Working prominently with the NATO Centre for Maritime Research and Experimentation (CMRE), Baralli has made substantial contributions to both the scientific and defense applications of underwater autonomy. His most influential work — a pair of papers on autonomous underwater vehicles for scientific and naval operations (2006, 2004), accumulating over 190 combined citations — helped define foundational principles for deploying AUVs across civilian and military contexts at a pivotal moment in the technology's development. Baralli's research at CMRE extended into autonomous networked anti-submarine warfare (ASW), where he contributed to an ambitious experimental program integrating sonar signal processing, underwater communications, navigation, and robotic behavior into coherent at-sea decision-support systems. His earlier work on manipulator path control using State-Dependent Riccati Equation (SDRE) methods demonstrated a command of nonlinear control theory applied to slow-moving robotic systems. Across his career, Baralli has helped bridge theoretical robotics with real-world maritime operations, influencing researchers and engineers working at the frontier of naval autonomy and underwater systems.