Andrea Bonarini
Papers
92
Total Citations
1,205
H-Index
17
About
Andrea Bonarini is a distinguished Italian robotics researcher whose work spans human-robot interaction, mobile robot sensing, autonomous systems, and assistive robotics. Based at the Politecnico di Milano, he has made foundational contributions to the field over more than two decades, accumulating hundreds of citations across a diverse and influential body of work. Bonarini's most-cited contribution, "Communication in Human-Robot Interaction" (2020, 105 citations), offers a comprehensive framework for understanding HRI beyond language, encompassing all physical and sensory dimensions of robot-human communication. His pioneering work on odometric sensing — particularly the development of kinematics-independent dead-reckoning systems using paired optical mice — addressed critical challenges in reliable indoor robot navigation, earning over 130 combined citations across two landmark papers. His omnidirectional vision systems for soccer robots, developed through RoboCup participation, advanced real-time visual tracking capabilities in dynamic environments. Bonarini has also championed rigorous benchmarking methodologies for robotics competitions and contributed meaningfully to assistive robotics, designing Teo, a huggable robot for developmental disorder therapy. His open-source R2P prototyping platform and fuzzy behavior coordination architectures further reflect his commitment to accessible, intelligent robotic systems. His career exemplifies a rare combination of theoretical depth and practical, human-centered innovation.
Research Focus
Key Achievements
Top Papers
- 1Communication in Human-Robot Interaction105 citations · 2020
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- 4Omni-directional catadioptric vision for soccer robots62 citations · 2001
- 5A kinematic-independent dead-reckoning sensor for indoor mobile robotics52 citations · 2005
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- 7An architecture to coordinate fuzzy behaviors to control an autonomous robot41 citations · 2003
- 8An omnidirectional vision sensor for fast tracking for mobile robots40 citations · 2000
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