A. Raciti

Papers

Total Citations

114

H-Index

About

A. Raciti is a researcher whose work sits at the intersection of electric motor drives, adaptive control systems, and robotics. Best known for pioneering contributions to the control of permanent magnet (PM) motor drives, Raciti's most influential work focuses on developing robust, computationally efficient adaptive regulators for speed and position control in robotic applications. His 1995 paper introducing a model reference adaptive control (MRAC) scheme for PM motor drives became a landmark contribution in the field, accumulating over 100 citations and establishing a practical framework that balanced theoretical rigor with real-world implementability. A hallmark of his approach is the emphasis on reducing computational complexity without sacrificing robustness — a critical consideration in time-sensitive robotic systems. Raciti has also investigated the static and dynamic behavior of disk synchronous motors, which are prized in robotics for their high specific torque and compact form factor. Across his body of work, Raciti consistently bridges theoretical development with practical implementation, making his research particularly valuable to engineers and applied scientists working on intelligent motion control and next-generation robotic actuator systems.