Proceedings of the 2023 Conference on Systems Engineering Research

Part I-Model-based systems engineering. .- Chapter 1. PySysML2: Building Knowledge from Models with SysML v2 and Python.- Chapter 2. Model-Based Verification Strategies Using SysML and Bayesian Networks.- Chapter 3. MBSE-based design space exploration for productivity improvement using workflow models.- Chapter 4. Using JSON Schema to define a system modeling vocabulary: The Tradespace Analysis Tool for Constellations (TAT-C).- Part II-Digital engineering. .- Chapter 5. Framework for and progress of adoption of digital and model-based systems engineering into engineering enterprises.- Chapter 6. Towards developing a digital-enabled mission engineering framework.- Chapter 7. Digital Twin Use Case for Smart, Sustainable Cities.- Chapter 8. Advancing Education on Digital Acquisition Artifacts.- Part III-System modularity. .- Chapter 9. Modularity Matters - Making Products Open is Only Half the Battle.- Chapter 10. Modeling Aspects of Dynamically Reconfigurable System of Systems.- Chapter 11. Technology Infusion in Spacesuits - A Comparative System Analysis.- Chapter 12. A Framework on Early Decoupling Level Metric Assessment based on NLP4RE.- Part IV-Knowledge management and verification. .- Chapter 13. Summary Outcome: Study of Equivalence in Systems Engineering within the Frame of Verification.- Chapter 14. Verification Complexity: An Initial Look at Verification Artifacts.- Chapter 15. Building a Resilient Systems Engineering Workforce with Knowledge Intelligence Transduction (KIT).- Part V-Testing, verification, and validation. .- Chapter 16. Introducing Technical Debt link to Leading Indicators in Test and evaluation phase of Systems Engineering - a thought experiment.- Chapter 17. An Integrated Testbed for Supporting Sustained Military Installation Decision Making and Modernization.- Chapter 18. Can measurement misdirect system design?.- Chapter 19. Technical concept development, testing and modeling: development of a Shape Memory Alloy (SMA) Tire-Insert for flat tire prevention and airless conversions.- Part VI-Graph/network methods. .- Chapter 20. Using graph theory to investigate the role of expertise on infrastructure evolution: A case study examining the game Factorio.- Chapter 21. Graph Representation of System of Analysis in Determining Well-Formed Construction.- Chapter 22. Product Competition Analysis for Engineering Design: A Network Mining Approach.- Part VII-Software engineering. .- Chapter 23. System Engineering Driven AI Assurance and Trustworthiness.- Chapter 24. How is Software System Reuse Discussed in Stack Overflow?.- Chapter 25. Smart base installations: applying systems engineering techniques to the agile development of multidisciplinary systems of systems projects..- Part VIII-AI and smart systems. .- Chapter 26. Analysis of IoT Privacy Policies in Smart Transportation Systems.- Chapter 27. Product Herding for Intelligent Systems.- Chapter 28. Early Implementation of a Cognitive Assistant for Identifying Requirement Gaps.- Part IX-Value-based engineering case studies. .- Chapter 29. An Interactive Dashboard to Support Design of an Artillery System.- Chapter 30. Tackling optimization and system driven engineering in coupling physical constraints with MBSE: the case of a Mobile autonomous line of products.- Chapter 31. Risk-informed prioritization for complex engineered systems: Two US Army Corps of Engineers case studies.- Chapter 32. Exploring differences in value functions allowed by ordinal validation.- Part X- User behavior in complex systems. .- Chapter 33. Identifying and Evaluating the Effects of User Scenarios on the Data Integrity of Wearable Devices.- Chapter 34. An Experimental Study of the Effect of Monetary Incentives and Fees on Consumer Energy Behavioral Intentions.- Chapter 35. A framework for agent-based models to consider energy justice through technology adoption.- Chapter 36. Network-Based Analysis of Heterogeneous Consideration-then Choice Customer Preferences with Market Segmentations.- Part XI-Systems thinking case studies. .- Chapter 37. Systems Thinking Design in Action - A Duplicated Novel Approach to Define Case Studies.- Chapter 38. A Systems Thinking Understanding of Teamwork Competencies and Their Relationship to Health System Outcomes.- Chapter 39. Applying Systems Science to Applied Science.- Part XII-Sustainability case studies. .- Chapter 40. Ecological Decentralization for Improving the Resilient Design of Urban Water Distribution Networks.- Chapter 41. Resilient Microgrid Design Using Ecological Network Analysis.- Chapter 42. Optimization of the System of Systems (SoS) Meta-Architecture of Algae Systems for cost-effective pollution remediation.- Chapter 43. Sustainable Design of a Reusable Water Bottle: A Systems Thinking Approach.- Part XIII-Systems engineering reviews and expertise. .- Chapter 44. Context-Dependent Research Agenda for Systems Engineering in 2050.- Chapter 45. How to identify an engineer with the appropriate systems thinking skills?.- Chapter 46. The Emphasis of Design Patterns in Expressing Expert Knowledge from a Technical Solution - A Framework for Continued Research.- Chapter 47. Literature Review and Research Design for Systems Integration: Case study in Defense Systems.

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• Modelação matemática
• Engenharia: geral
• Matemática para engenheiros
• Cibernética e teoria dos sistemas
• Engenharia do controlo automático
• Engenharia electrónica
• Gestão e técnicas de gestão

Machine Learning;Smart technology;Sustainable systems;Artificial Intelligence;Systems Engineering