Sara Mahmoudi Rashid
Papers
1
Total Citations
2
H-Index
1
About
Sara Mahmoudi Rashid is a control systems researcher whose work focuses on fault-tolerant control strategies for complex robotic systems. Her key research areas include nonlinear dynamics, hysteresis compensation, and virtual actuator approaches for flexible robot links. Her most notable contribution is a 2021 paper introducing an active fault-tolerant control strategy that employs a virtual actuator to "hide" system faults in flexible robot links with hysteresis. This approach addresses the challenge of compensating for faults in systems governed by nonlinear dynamical equations, offering a robust solution for maintaining performance despite component failures. While her citation count is still growing, the work demonstrates significant potential for applications in advanced robotics and automation where system reliability is critical. Her research bridges theoretical control design with practical implementation for flexible structures, contributing to the broader field of fault-tolerant systems. As an emerging researcher, her work lays important groundwork for future studies in resilient robotic control.
Research Focus
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Top Papers
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