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About

G. Schillaci is a robotics and automation researcher whose career has centered on the development of autonomous vehicles and robotic systems for agricultural and industrial applications. With a focus on precision agriculture, Schillaci has made significant contributions to designing intelligent machines capable of reducing labor demands, improving chemical distribution efficiency, and minimizing environmental impact across diverse farming environments. His most influential work, "A Small Versatile Electrical Robot for Autonomous Spraying in Agriculture" (2019, 111 citations), demonstrated a practical and scalable solution for precision spraying, earning wide recognition within the agricultural robotics community. This was complemented by an earlier exploration of GPS and laser range-finder technology for vineyard automation (2010) and foundational research into low-cost autonomous greenhouse vehicles, reflecting a consistent long-term commitment to accessible agricultural innovation. His 2025 review of agricultural robotics (43 citations) further establishes him as a synthesizer of the field's evolving landscape. Beyond agriculture, Schillaci has extended his expertise to industrial inspection, evaluating quadruped robots for autonomous energy sector operations. Across more than fifteen years of research, his work bridges theoretical development and real-world deployment, making him a notable contributor to the ongoing transformation of both sustainable farming and autonomous industrial systems.