Pourandokht Behrouz

Papers

Total Citations

H-Index

About

Pourandokht Behrouz is a rising researcher in distributed computing and fault-tolerant systems, with a focus on Byzantine fault-tolerant protocols and geometric coordination problems. Her most-cited work, "Byzantine Fault-Tolerant Protocols for (n, f)-Evacuation from a Circle" (2023), addresses the challenge of safely evacuating multiple agents from a circular region in the presence of malicious or faulty nodes—a problem with direct applications in robotics, autonomous systems, and network security. This paper, which has garnered 2 citations in a short time, introduces novel protocols that ensure correct evacuation even when up to f agents behave adversarially, advancing the theoretical foundations of fault-tolerant multi-agent coordination. Behrouz’s research bridges algorithmic game theory and distributed systems, offering practical insights for designing resilient systems in adversarial environments. Her work is particularly notable for its rigorous mathematical analysis and its contribution to the growing field of Byzantine-resilient geometric algorithms. As an early-career scholar, Behrouz is establishing herself as a thoughtful contributor to fault-tolerant computing, with potential for significant impact on real-world autonomous systems and secure multi-agent operations.