Papers
4
Total Citations
12
H-Index
2
About
Salah Laghrouche is a control systems researcher whose work sits at the intersection of advanced sliding mode control theory and robotics, with a particular focus on rehabilitation and assistive technologies. His research addresses some of the most persistent challenges in robotic control — nonlinear dynamics, uncertain modeling, and time-varying system properties — through the development of sophisticated discrete and continuous control frameworks. Laghrouche's most recognized contribution applies homogeneous finite-time higher-order sliding mode control to upper limb exoskeleton robots designed for rehabilitation, a domain where precise, adaptive control is critical given the variability of human limb dynamics across different users. His broader body of work has pioneered discrete sliding mode controllers for pneumatic artificial muscle (PAM) actuators — highly compliant, biologically inspired systems that are notoriously difficult to control due to their nonlinear behavior. His 2003 work on discrete sliding mode control for rigid robotic manipulators with uncertain modeling established foundational stability conditions still relevant to practitioners today. Collectively accumulating citations across robotics, rehabilitation engineering, and control theory communities, Laghrouche's research bridges rigorous mathematical control design with real-world assistive robotics applications, making his work particularly valuable for researchers developing human-interactive robotic systems.
Research Focus
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