Lavinia Ferretti

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About

Lavinia Ferretti is a leading figure in the field of 3D imaging and single-photon avalanche diode (SPAD) technology, with a focus on low-power, high-performance ranging systems. Her seminal work, "Low-power 20-meter 3D ranging SPAD camera based on continuous-wave indirect time-of-flight" (2012), introduced a groundbreaking approach to three-dimensional image acquisition, enabling high frame-rate depth sensing for applications ranging from cultural heritage preservation and industrial robotics to automotive safety and security access control. This paper, with 4 citations, laid the foundation for efficient, real-time 3D vision systems. Ferretti’s contributions have significantly advanced the practicality of SPAD-based cameras, balancing power consumption with extended range and accuracy. Her research bridges the gap between cutting-edge photodetector design and real-world deployment, making her a pivotal innovator in the evolution of 3D sensing technologies. Through her work, Ferretti has empowered a new generation of autonomous systems and interactive environments, cementing her impact on both academic research and industrial applications.