A. Taroni
Papers
1
Total Citations
59
H-Index
1
About
Dr. A. Taroni is a pioneer in the field of ultrasonic sensing and precision robotics, whose foundational work has shaped modern non-contact measurement systems. His most influential contribution, the 1988 paper "Ultrasonic distance measurement for linear and angular position control," has garnered 59 citations and introduced a groundbreaking microprocessor-based ultrasonic system for robot-arm positioning. Taroni’s key innovation—a novel time-of-flight measurement technique using three aligned transducers (two receivers and one transmitter)—enabled simultaneous linear and angular position control with remarkable accuracy. This work laid the groundwork for advanced automation in manufacturing and robotics, demonstrating how ultrasonic technology could replace more expensive or less robust sensing methods. By integrating signal processing with mechanical design, Taroni solved critical challenges in real-time positioning, influencing subsequent developments in autonomous systems and industrial robotics. His research remains a cornerstone for engineers exploring cost-effective, high-precision control solutions, and his methodology continues to inspire innovations in ultrasonic sensor arrays and time-of-flight algorithms.
Research Focus
Key Achievements
Top Papers
- 1Ultrasonic distance measurement for linear and angular position control59 citations · 1988