Papers
3
Total Citations
34
H-Index
3
About
Bruno Gaujal is a leading researcher in the modeling, analysis, and optimization of discrete event systems, with a particular focus on queueing theory, real-time systems, and network control. His work bridges theoretical rigor and practical applications, notably in robotics and communication networks. Gaujal’s major contributions include the development of optimal control policies for admission, routing, and service assignment in systems with single buffer queues, where he derived strategies to maximize throughput and minimize packet loss under state uncertainty. His highly cited 2002 paper on this topic (20 citations) provides foundational insights for managing congestion in lossy networks. Additionally, Gaujal pioneered the use of (max, plus) algebra to analyze preemptive periodic real-time systems, enabling simple tests for response time constraints in robot controllers—a contribution that has influenced both real-time scheduling theory and industrial robotics. His work on open-loop routing to parallel servers with no buffers (6 citations) further advances understanding of decision-making under limited state information. With a career spanning over two decades, Gaujal’s research has had lasting impact on control theory, performance evaluation, and the design of efficient, predictable systems.
Research Focus
Key Achievements
Top Papers
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- 3Open-loop routeing to <i>M</i> parallel servers with no buffers6 citations · 2000