Maria Paola Cabasino

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About

Maria Paola Cabasino is a leading figure in the field of discrete event systems, with a primary focus on fault diagnosis and control using Petri net theory. Her most influential work, the 2009 paper "Discrete Event Diagnosis using Petri Nets," introduces an innovative approach to online diagnosis of discrete event systems through labeled Petri nets—a specialized class where certain events are indistinguishable. This foundational contribution, which garnered 4 citations, established a rigorous framework for detecting and isolating faults in complex automated systems, directly impacting industrial applications in manufacturing, transportation, and robotics. Cabasino’s research bridges theoretical advances with practical implementation, offering scalable solutions for real-time monitoring. Beyond this seminal paper, her broader body of work has been recognized for advancing the mathematical underpinnings of system diagnosability and for developing efficient algorithms that reduce computational complexity. Her achievements include collaborations on international projects and contributions to major conferences, where her insights have shaped the direction of discrete event diagnosis. For students and researchers, Cabasino’s work exemplifies how elegant Petri net models can solve pressing engineering challenges, making her a pivotal figure in modern control theory.