The Paschalidis Network Optimization & Control (NOC) Lab

ENG Professor Paschalidis Lab and Office

Research in the NOC Lab deals with fundamental aspects of optimizing the design and operation of networks, as well as, designing control algorithms to regulate their operation. Increasingly, much of our research is data-driven and it includes important problems in data science and learning theory.

Our view of networks is very broad, encompassing all systems – engineered or natural – with interconnected components. Networks are pervasive in a plethora of application domains, from computer, communication, and sensor networks to supply chains, transportation networks, cyber-physical systems, and networks of autonomous agents.  Additionally, naturally occurring networks include biological networks (such as, protein interaction and metabolic networks), social networks, and economic networks.

Research topics currently studied in the lab include: learning from data, anomaly detection, transportation networks, computational neuroscience, protein docking, metabolic networks, medical informatics, and energy systems.

If you are interested in joining the lab and are already at Boston University, contact us. If you are interested in applying to Boston University for graduate studies, please visit this informational page.