Shirin Valiloo
Papers
1
Total Citations
2
H-Index
1
About
Shirin Valiloo’s research centers on advanced control systems for autonomous mobile robotics, with a particular emphasis on robust trajectory tracking for nonholonomic platforms. Her most cited work, “A sliding mode controller with generalized H₂ performance for dynamic of nonholonomic mobile robot” (2013), introduces an innovative control framework that integrates sliding mode techniques with generalized H₂ performance criteria. This approach addresses the fundamental challenge of stabilizing and guiding unicycle-like robots along desired paths despite model uncertainties and external disturbances. By first designing a kinematic controller and then extending it to the dynamic level, Valiloo’s method achieves both robust disturbance rejection and optimal performance—a dual objective rarely accomplished in earlier work. While her citation count (2) reflects a focused, specialized contribution, the paper’s significance lies in its theoretical elegance and practical applicability to real-world mobile robots operating in uncertain environments. Her work contributes to the broader fields of nonlinear control, robust control theory, and autonomous navigation, offering a valuable reference for researchers developing high-performance controllers for wheeled robots. Valiloo’s research exemplifies how rigorous control-theoretic methods can solve practical motion control problems.
Research Focus
Key Achievements
Top Papers
- 1