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Filtering by: Advisor Eveleigh, Timothy Committee Member Mazzuchi, Thomas Committee Member Sarkani, Shahram Committee Member Eveleigh, Timothy Degree Ph.D. Keyword Systems Engineering

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1. USING AN IDENTITY AND ACCESS MANAGEMENT SYSTEM AND SYSTEM DYNAMICS MODELING TO DETECT POSSIBLE INSIDER THREATS

Description:: The difficulty of detecting insider threats before catastrophic events can occur continues to plague many industries, and the aviation industry is under particular pressure to detect possible infiltration by terrorists and their sympathizers posing as legitimate workers. Insider threats were...
Author:: Branker, Jonathan M.
Keyword:: Systems Engineering, Credentials, System Dynamics, Identity Management, Threat Signatures, and Insider Threat
GW Unit:: School of Engineering and Applied Science
Degree:: Ph.D.
Advisor:: Eveleigh, Timothy
Committee Member(s):: Eveleigh, Timothy, Wasek, James, Mazzuchi, Thomas, Murphree, Lile, and Sarkani, Shahram
Resource Type:: Thesis or Dissertation

2. Use of Multi-Fidelity and Surrogate Models to Reduce the Cost of Developing Physics-Based Systems

Description:: Building complex physics-based systems in a timely cost-effective manner, that perform well, meet diverse user needs, and have no bad emergent behaviors is a challenge. To meet these requirements the solution is to model the physics-based system before building it. Modeling and Simulation...
Author:: Hebert, James Leland
Keyword:: Systems Engineering, Multi-Fidelity, Models, Kriging, Surrogate Models, and FDTD
GW Unit:: Engineering Mgt and Systems Engineering
Degree:: Ph.D.
Advisor:: Eveleigh, Timothy and Sarkani, Shahryar
Committee Member(s):: Eveleigh, Timothy, Mazzuchi, Thomas, Sarkani, Shahryar, Murphree, E. Lile, and Sarkani, Shahram
Resource Type:: Thesis or Dissertation

1. USING AN IDENTITY AND ACCESS MANAGEMENT SYSTEM AND SYSTEM DYNAMICS MODELING TO DETECT POSSIBLE INSIDER THREATS

2. Use of Multi-Fidelity and Surrogate Models to Reduce the Cost of Developing Physics-Based Systems

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1. USING AN IDENTITY AND ACCESS MANAGEMENT SYSTEM AND SYSTEM DYNAMICS MODELING TO DETECT POSSIBLE INSIDER THREATS

2. Use of Multi-Fidelity and Surrogate Models to Reduce the Cost of Developing Physics-Based Systems

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