Fariba Fahroo

Papers

Total Citations

102

H-Index

About

Fariba Fahroo is a leading figure in computational optimal control and autonomous vehicle guidance. Her research focuses on the real-time computation of optimal control strategies, a critical challenge for applications ranging from aerospace systems to robotics. Her most influential work, "Issues in the real-time computation of optimal control" (2006), has garnered 94 citations, establishing a foundational framework for solving complex control problems under strict time constraints. This contribution is essential for enabling autonomous systems to make split-second decisions while maintaining optimal performance. Fahroo also made notable early contributions to vehicle path planning with her 1998 paper on continuous-curvature path-tracking for car-like vehicles, which introduced innovative methods for smooth, feasible trajectories by incorporating the derivative of path curvature. Her work bridges theoretical control theory and practical implementation, addressing the computational bottlenecks that limit real-world deployment of optimal control. Through her research, Fahroo has significantly advanced the field of autonomous navigation, providing key insights that continue to influence modern control system design and robotics.