Date of Award


Document Type


Degree Name

Doctor of Philosophy (PhD)


Electrical and Computer Engineering

Committee Chair

Tommy Morris

Committee Member

David Coe

Committee Member

Rhonda Gaede

Committee Member

Avimanyu Sahoo

Committee Member

Leon Jololian


Computer security--Software, Computer security--Industrial applications


Modeling and simulation techniques are used extensively in both industry and science. Individual parts of larger systems are typically modeled and simulated using different techniques and tools making it difficult to study the more extensively coupled heterogeneous system. In order to show the vulnerabilities of a physical system to cybersecurity risks, the complex interdependence between the cyber and physical systems must be modeled. This paper discusses the development of a high-speed high-fidelity Supervisory Control and Data Acquisition (SCADA) simulation platform that 1) enables regression testing of both cybersecurity applications and other SCADA applications and 2) enables the creation of data lakes. The framework can run simulations up to 300x faster than real-time. Additionally, a cybersecurity regression testing suite was developed based on real world observations of attacks against industrial control systems. The coupling of the regression testing suite with the high-speed simulation framework allows for extensive evaluation of systems security posture and the collection of data while a system is both operating normally and under cyber attack.



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