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About

O. Mirabella is a researcher whose work sits at the intersection of industrial communication systems, robotics, and human-robot interaction. With a career spanning nearly three decades, Mirabella has made significant contributions to understanding how communication architectures shape the performance and reliability of distributed robotic and process control systems. Mirabella's most influential work, "Impact of fieldbus on communication in robotic systems" (1997), has garnered 40 citations and remains a foundational reference for researchers examining the limitations of traditional point-to-point communication in favor of distributed fieldbus architectures. This early contribution helped establish the theoretical and practical case for adopting digital serial communication standards in industrial robotics. Subsequent work extended these ideas into real-world applications, including a fieldbus-based control system for an orange-picking robot and fast handoff solutions for mobile wireless devices in industrial settings — addressing the challenge of seamless connectivity for robots and automated vehicles navigating multi-cell wireless environments. More recently, Mirabella explored intuitive human-robot cooperation interfaces, investigating Microsoft Kinect and graphics tablet sensing for natural interaction. While later publications have attracted modest citation counts, they reflect a sustained commitment to advancing practical, human-centered robotics — making Mirabella a thoughtful contributor to the evolving field of intelligent automation.