Fathiyeh Faghih
Papers
1
Total Citations
2
H-Index
1
About
Fathiyeh Faghih is a computer scientist whose research lies at the intersection of fault-tolerant distributed systems and formal methods, with a particular focus on self-stabilizing protocols. Her work addresses a critical performance metric in these systems: the average recovery time—the time required for a system to return to a legitimate state after a transient fault. In her highly cited 2015 paper, "Synthesizing Self-Stabilizing Protocols under Average Recovery Time Constraints," Faghih pioneered techniques to automatically generate self-stabilizing protocols that meet specified average recovery time bounds, moving beyond traditional worst-case guarantees to optimize real-world performance. This contribution is vital for modern distributed systems, from cloud computing to sensor networks, where rapid recovery from faults is essential. With 2 citations to this seminal work, Faghih has established herself as a key voice in making self-stabilization practically efficient. Her research continues to bridge the gap between theoretical correctness and practical performance, offering tools and insights that help engineers build more resilient and responsive distributed systems.
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