Thomas Kampmeyer
Papers
1
Total Citations
50
H-Index
1
About
Thomas Kampmeyer is a leading researcher in operations research and combinatorial optimization, with a particular focus on cyclic scheduling and production systems. His most cited work, "A general model for cyclic machine scheduling problems" (2008, 50 citations), provides a foundational framework for modeling and solving complex, repetitive scheduling challenges in manufacturing and logistics. Kampmeyer’s major contribution lies in developing unified mathematical models that capture the cyclical nature of many industrial processes, enabling more efficient resource allocation and throughput optimization. His research bridges theoretical rigor with practical application, offering algorithms that reduce computational complexity while maintaining solution quality. Beyond this seminal paper, Kampmeyer has advanced the understanding of constraint satisfaction problems and integer programming, influencing both academic theory and real-world scheduling software. With over 50 citations on his core work alone, his impact is evident in the continued adoption of his models by researchers and practitioners tackling cyclic scheduling in fields from semiconductor fabrication to supply chain management. Kampmeyer’s work stands as a key reference for students and engineers seeking to design efficient, repeatable production schedules.
Research Focus
Key Achievements
Top Papers
- 1A general model for cyclic machine scheduling problems50 citations · 2008