This tutorial reference takes the reader from use cases to complete architectures for real-time embedded systems using SysML, UML, and MARTE, including complete case studies using the COMET/RTE design methods. Its modular presentation of the design stages makes it perfect for students as well as experienced software engineers.
This tutorial reference takes the reader from use cases to complete architectures for real-time embedded systems using SysML, UML, and MARTE, including complete case studies using the COMET/RTE design methods. Its modular presentation of the design stages makes it perfect for students as well as experienced software engineers.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hassan Gomaa is Professor and former Chair of the Department of Computer Science at George Mason University. Gomaa has more than thirty years' experience in software engineering, both in industry and academia. He has taught short in-depth industrial courses on real-time software design in North America, Europe, Japan, and South Korea.
Inhaltsangabe
Part I. Overview: 1. Introduction 2. Overview of UML, SysML, and MARTE 3. Software design and architecture concepts Part II. Software Design Method: 4. Overview of software design method for real-time embedded systems 5. Structural modeling for real-time embedded systems with SysML and UML 6. Use case modeling for real-time embedded systems 7. State machines for real-time embedded systems 8. Object and class structuring for real-time embedded software 9. Dynamic interaction modeling for real-time embedded software 10. Software architectures for real-time embedded systems 11. Software architectural patterns for real-time embedded systems 12. Component-based software architectures for real-time embedded systems 13. Concurrent real-time task design 14. Detailed real-time software design 15. Designing real-time software product line architectures Part III. Architectural Analysis: 16. System and software quality attributes 17. Performance analysis of concurrent real-time software designs 18. Applying performance analysis to concurrent real-time software designs Part IV. Real-Time Software Design Case Studies: 19. Microwave oven control system case study 20. Railroad crossing control system case study 21. Light rail control system case study 22. Pump control system case study 23. Highway toll control system case study.
Part I. Overview: 1. Introduction 2. Overview of UML, SysML, and MARTE 3. Software design and architecture concepts Part II. Software Design Method: 4. Overview of software design method for real-time embedded systems 5. Structural modeling for real-time embedded systems with SysML and UML 6. Use case modeling for real-time embedded systems 7. State machines for real-time embedded systems 8. Object and class structuring for real-time embedded software 9. Dynamic interaction modeling for real-time embedded software 10. Software architectures for real-time embedded systems 11. Software architectural patterns for real-time embedded systems 12. Component-based software architectures for real-time embedded systems 13. Concurrent real-time task design 14. Detailed real-time software design 15. Designing real-time software product line architectures Part III. Architectural Analysis: 16. System and software quality attributes 17. Performance analysis of concurrent real-time software designs 18. Applying performance analysis to concurrent real-time software designs Part IV. Real-Time Software Design Case Studies: 19. Microwave oven control system case study 20. Railroad crossing control system case study 21. Light rail control system case study 22. Pump control system case study 23. Highway toll control system case study.
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