R. Fornaro

Papers

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About

R. Fornaro is a robotics researcher whose work bridges biologically inspired vision and autonomous navigation. His key research areas include optical-flow-based tracking, human-robot interaction, and mobile robot behaviour design. Fornaro’s most notable contribution is the development of an optical-flow person-following behaviour, first presented in his 2002 paper, which has garnered 13 citations. This work demonstrated how a computationally efficient, biologically motivated technique—optical flow—could be adapted to enable an autonomous robot to reliably follow a person in unstructured, everyday environments. By implementing this skill as a core behaviour, Fornaro helped advance the practical deployment of socially interactive robots, moving beyond laboratory settings into real-world applications. His research has influenced subsequent work in visual servoing and human-aware navigation, and remains a reference point for engineers developing low-cost, vision-based tracking systems. Fornaro’s contributions highlight the enduring value of combining insights from biological vision with engineering constraints, offering a compelling example of how simple, principled algorithms can solve complex robotic tasks.