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Deriving Key Features of a System-of-Systems Complexity Evaluation Framework from an Industrial Case Study Analysis.

, , , and . ISSE, page 1-8. IEEE, (2019)

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A network perspective on assessing system architectures: Robustness to cascading failure., , , and . Syst. Eng., 23 (5): 597-616 (2020)Assaying the importance of system complexity for the systems engineering community., , , and . Syst. Eng., 23 (5): 579-596 (2020)Through a Glass, Darkly? Taking a Network Perspective on System-of-Systems Architectures., , , and . CSDM, page 121-132. Springer, (2018)A network perspective on assessing system architectures: Foundations and challenges., , , and . Syst. Eng., 22 (6): 485-501 (2019)Academic and Industrial Partnerships in the Research and Development of Hybrid Autonomous Systems: Challenges, Tools and Methods., , , , , , , , and . MESAS, volume 13207 of Lecture Notes in Computer Science, page 478-493. Springer, (2021)Evaluating the complexity of engineered systems: A framework informed by a user case study., , and . Syst. Eng., 23 (6): 707-723 (2020)Deriving Key Features of a System-of-Systems Complexity Evaluation Framework from an Industrial Case Study Analysis., , , and . ISSE, page 1-8. IEEE, (2019)Single-Agent Policies for the Multi-Agent Persistent Surveillance Problem via Artificial Heterogeneity., , and . EUMAS/AT, volume 12520 of Lecture Notes in Computer Science, page 243-260. Springer, (2020)