Danilo De Donno

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About

Danilo De Donno is a leading researcher in the field of Radio Frequency Identification (RFID) technology, with a particular focus on passive UHF RFID systems and their integration into robotic applications. His seminal work, "Platform-Robust Passive UHF RFID Tags: A Case-Study in Robotics" (2012), has garnered 16 citations and established foundational principles for designing RFID tags that maintain reliable performance across diverse environments. De Donno's major contributions center on solving critical challenges in RFID tag design, including platform robustness, read range optimization, radiation pattern control, and cost-effective manufacturing. His research has been instrumental in bridging the gap between RFID technology and practical robotic systems, enabling more reliable object identification and tracking in automated environments. By addressing the specific requirements of robotic applications—such as consistent read performance regardless of mounting surface or orientation—De Donno has helped advance the deployment of RFID in industrial automation and logistics. His work continues to influence researchers and engineers working on the intersection of wireless identification technologies and autonomous systems, demonstrating how careful tag design can unlock new possibilities for smart environments and robotic perception.