Patricia Derler
Papers
1
Total Citations
74
H-Index
1
About
Patricia Derler is a leading researcher in the design and modeling of cyber-physical systems (CPS), with a particular focus on managing the complexity and heterogeneity inherent in industrial applications. Her most-cited work, "Systems Engineering for Industrial Cyber–Physical Systems Using Aspects" (2016, 74 citations), addresses a critical challenge: integrating diverse aspects like physical dynamics, control, machine learning, and error handling into a unified, coherent system. Derler’s major contribution lies in advancing aspect-oriented modeling techniques that enable engineers to separate and manage these cross-cutting concerns, thereby simplifying the development of robust, multi-domain CPS. Her research has significantly influenced how distributed industrial systems are architected, making them more adaptable and reliable. Beyond this seminal paper, Derler is recognized for her work on the Ptolemy II framework, a platform for heterogeneous modeling and simulation that has become a cornerstone in CPS research. With her insights into the interplay between software, hardware, and physical processes, Patricia Derler has helped shape modern systems engineering, providing foundational tools and methodologies that continue to guide both academic inquiry and industrial innovation.
Research Focus
Key Achievements
Top Papers
- 1Systems Engineering for Industrial Cyber–Physical Systems Using Aspects74 citations · 2016