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About

Federico Tramarin is a researcher specializing in industrial wireless communications, networked embedded systems, and functional safety in the context of Industry 4.0 and the Industrial Internet of Things (IIoT). His work sits at the intersection of real-time control systems, wireless networking, and industrial automation, addressing some of the most demanding challenges in modern manufacturing environments. Tramarin's most influential contribution, "Functional Safety Networks and Protocols in the Industrial Internet of Things Era" (2021, 42 citations), has established him as a notable voice in the growing discourse around safety-critical industrial communications. His research has pushed the boundaries of wireless control, notably demonstrating high-frequency remote control at 1 kHz over Wi-Fi — a significant technical achievement given the stringent latency and reliability requirements such applications demand. His practical work, including the real-world demonstration of balancing robot control via Wi-Fi, bridges theoretical innovation with experimental validation. More recently, Tramarin has explored Ultra-Wideband technology for safety-critical positioning in factory automation, reflecting his forward-looking approach to emerging wireless standards. Through his body of work, Tramarin makes a compelling case that wireless technologies can meet the rigorous demands of advanced industrial control — a contribution of growing relevance as smart manufacturing continues to evolve.