Jeffrey M. Thompson

University of Minnesota, University of Minnesota System

Papers

Total Citations

H-Index

About

Jeffrey M. Thompson has made foundational contributions to the field of software product lines and requirements engineering, with a particular focus on scalability and reuse in complex, safety-critical systems. His research centers on structuring product family requirements for n-dimensional and hierarchical product lines—a challenge that extends traditional product-line approaches to accommodate multiple, interacting variation dimensions. Thompson’s most-cited work, "Structuring Product Family Requirements for n-Dimensional and Hierarchical Product Lines" (2003, 35 citations), and its companion paper (2002, 22 citations) demonstrate how to systematically manage variability in large-scale software families, enabling significant cost savings and productivity gains through reuse. He further advanced the formal specification of control systems in his 2000 paper (10 citations), showing how rigorous, reusable models can survive hardware changes while ensuring safety properties are satisfied. Although his citation counts reflect a focused, specialized audience, Thompson’s work is highly regarded in the software product-line community for addressing real-world industrial needs—particularly in domains where safety and reliability are paramount. His research bridges the gap between theoretical formalism and practical reuse, offering engineers concrete methods to reduce development costs without compromising system integrity.