Alireza Nasiri

University of Auckland, University of Hormozgan

Papers

Total Citations

143

H-Index

About

Alireza Nasiri is a control systems researcher whose work focuses on robust and fault-tolerant control strategies for complex nonlinear systems. His primary research areas include adaptive sliding mode control, passive fault-tolerant control, and the stabilization of multi-input multi-output (MIMO) nonlinear systems under uncertainties. Nasiri’s most influential contribution is his pioneering work on adaptive sliding mode control for MIMO nonlinear systems with uncertainties, published in 2013, which has garnered 76 citations and established a foundational framework for handling system uncertainties in real-time. He further advanced the field with a 2017 study on passive actuator fault-tolerant control, cited 67 times, which addressed a critical gap by proposing an adaptive method for actuator faults in affine MIMO nonlinear systems—a problem that had received limited attention compared to other nonlinear system classes. His work is notable for its practical relevance to safety-critical applications, such as aerospace and robotics, where system reliability is paramount. With a combined citation impact exceeding 140, Nasiri’s research continues to influence the development of resilient control architectures, making him a respected figure in the control engineering community.