I. Arezzini

Papers

Total Citations

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About

I. Arezzini is a researcher specializing in advanced subsurface imaging, with a primary focus on high-resolution holographic radar systems and robotic scanning technologies. Their major contributions lie in developing innovative methods to overcome the limitations of traditional ground-penetrating radar (GPR) surveys, which are often slow and prone to positioning errors. Arezzini’s work integrates holographic radar operating in the 2–8 GHz frequency range with robotic scanners, enabling automated, high-accuracy data collection over large areas. This approach fully exploits the radar’s spatial resolution—down to a fraction of the wavelength—for detailed subsurface investigation. Their most cited paper, “High resolution imaging with a holographic radar mounted on a robotic scanner” (2013, 12 citations), introduces a system that significantly reduces manual labor and improves data reliability. A follow-up study (2015, 5 citations) further demonstrates the method’s field applications. Though citation counts are modest, Arezzini’s work is notable for pioneering the fusion of robotics and holographic radar, offering a practical, scalable solution for non-destructive testing and archaeological or civil engineering surveys. This innovation positions Arezzini as a key contributor to automated subsurface sensing technologies.