Antonios Anyfantis
Papers
4
Total Citations
33
H-Index
4
About
Antonios Anyfantis is a researcher specializing in electronic nose (e-nose) technology, indoor air quality monitoring, and Urban Search and Rescue (USaR) systems. His work centers on developing innovative, low-cost sensor-based platforms designed to detect human presence in confined and hazardous environments — a critical challenge in disaster response scenarios. Anyfantis's most significant contributions lie in the design and iterative refinement of mobile e-nose systems that leverage commercially available air quality sensors to localize trapped victims in building rubble during USaR operations. Beginning with foundational proof-of-concept work in 2019, where he demonstrated that low-cost indoor air quality sensors could reliably identify human biological signatures, he progressed to building fully integrated mobile platforms with practical user interfaces by 2021. His systems are specifically engineered for deployment during Assessment, Search and Rescue Level 4 operations, addressing real-world operational needs of emergency responders. With a growing citation record totaling over 33 citations across his core publications, Anyfantis has established himself as a meaningful contributor to the intersection of sensor technology and humanitarian applications. His research is particularly valuable for students exploring embedded systems, gas sensing technologies, and life-saving robotics in emergency management contexts.
Research Focus
Key Achievements
Top Papers
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