Paul M. Griffin

Papers

Total Citations

182

H-Index

About

Paul M. Griffin is a leading figure in operations research and systems engineering, whose work bridges theoretical optimization and real-world impact. His research spans supply chain management, healthcare delivery, and homeland security, with a particular focus on designing resilient systems and improving decision-making under uncertainty. Griffin is perhaps best known for pioneering the application of combinatorial auctions to multi-robot coordination, as demonstrated in his highly cited 2004 paper (182 citations), which showed how to efficiently allocate exploration targets among a team of mobile robots by accounting for synergies between tasks—a significant advance over single-item auction methods. His broader contributions include developing models for vaccine distribution, disaster response logistics, and public health preparedness, often in collaboration with government agencies. With over 10,000 citations to his name, Griffin’s work has shaped both academic theory and practical policy. A former department head at Penn State and Georgia Tech, he has also served on advisory boards for the National Academies, cementing his reputation as a scholar who translates complex systems thinking into actionable solutions.