K. Haddadi

Papers

Total Citations

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About

K. Haddadi is a researcher whose work centers on the analysis and control of switched linear systems, with a particular emphasis on observability—a critical property for system monitoring and fault detection. Their most cited paper, "Observability of Switched Linear Systems based Geometrical Conditions: An Application to DC/DC Multilevel converters" (2019, 10 citations), introduces novel geometric conditions for determining when the internal state of a switched system can be inferred from its outputs. This contribution is significant because switched systems model a wide range of real-world technologies, including power electronics, multi-controller systems, robotics, and electromechanical systems. By providing clear, geometry-based observability criteria, Haddadi’s work enables more reliable design and diagnosis in applications like DC/DC multilevel converters, which are essential for efficient power conversion in renewable energy and electric vehicles. Though their citation count is modest, the foundational nature of this research—bridging theoretical control theory with practical engineering—makes it a valuable reference for students and engineers working on hybrid and switched systems. Haddadi’s focus on observability conditions offers a rigorous toolkit for ensuring system safety and performance in complex, switching-driven environments.