Montadher Sami Shaker

About

Montadher Sami Shaker is a leading researcher in advanced fault diagnosis and fault-tolerant control for nonlinear systems. His work focuses on developing robust observer-based methods to detect, estimate, and reconstruct simultaneous time-varying actuator and sensor faults—a notoriously challenging problem in complex engineering systems. Shaker’s major contributions include pioneering the design of Takagi–Sugeno multiple-integral unknown input observers (TSMIUIOs), which integrate novel estimation and decoupling approaches to handle faults, sensor noise, and unknown inputs simultaneously. His most cited paper, “A new estimation/decoupling approach for robust observer-based fault reconstruction in nonlinear systems…” (2020, 22 citations), establishes a foundational framework for this work. His 2019 study on hybrid Takagi–Sugeno observer-based FTC (13 citations) further advances the field by combining fault estimation with decoupling for real-time control. With over 46 citations across his top papers, Shaker’s research is highly influential in control theory and safety-critical applications, such as aerospace and industrial automation. His innovative TSMIUIO designs offer practical solutions for ensuring system reliability and resilience, making him a key figure in modern fault-tolerant control.

Research Focus

Key Achievements

Top Papers

1. 1
   A new estimation/decoupling approach for robust observer-based fault reconstruction in nonlinear systems affected by simultaneous time varying actuator and sensor faults

   22 citations · 2020
2. 2
   Hybrid approach to design Takagi–Sugeno observer‐based FTC for non‐linear systems affected by simultaneous time varying actuator and sensor faults

   13 citations · 2019
3. 3
   Estimation/decoupling approach for robust Takagi–Sugeno UIO-based fault reconstruction in nonlinear systems affected by a simultaneous time-varying actuator and sensor faults

   11 citations · 2019

Key Collaborators

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