D. Marioli

Papers

Total Citations

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About

D. Marioli is a leading figure in precision measurement and control systems, with a career spanning decades of innovation in sensor technology and automation. His key research areas include ultrasonic distance measurement, robotic positioning, and time-of-flight techniques for industrial applications. Marioli's most cited work, "Ultrasonic distance measurement for linear and angular position control" (1988, 59 citations), introduced a groundbreaking microprocessor-based ultrasonic system that enabled precise robot-arm positioning. By employing a novel time-of-flight measurement method and a three-transducer configuration, he achieved unprecedented accuracy in both linear and angular control—a contribution that has influenced modern robotics and automated manufacturing. His work demonstrates a rare ability to bridge theoretical sensor design with practical engineering solutions, making him a respected authority in the field. Marioli's impact is evident in the continued citation of his foundational research, which remains relevant for students and engineers developing advanced positioning systems. His achievements underscore a legacy of advancing measurement science for real-world control applications.