Real-Time Object Uniform Design Methodology with UML

1. Front Matter

   Pages i-xxxiii

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2. Introduction to the world of systems, problems, and solutions

   Pages 1-17

3. Coping with complexity

   Pages 19-45

4. UML Infrastructure: Core concepts

   Pages 47-75

5. UML Superstructure: language definition and diagrams

   Pages 77-190

6. Fundamental concepts of the real world and their mapping in UML

   Pages 191-288

7. The Uniform concept

   Pages 289-379

8. Real-time behavioral study beyond UML

   Pages 381-416

9. Real time case study

   Pages 417-465

10. Back Matter

    Pages 467-480

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Book Description Real-Time Object Uniform Design Methodology with UML is a theoretical and practicalbookwrittenforbusy people who want to untanglethe complex world of system development, nd essential materials without digging in UML st- dard documentation, grasp subtle concepts of object orientation, practice the new Model Driven Architecture (MDA), experience the reuse mechanism, and transform the bare metal programming of real-time and embedded products into more handsome platform-independent and platform-speci c components. With this rapid methodology of development, practitioners can spare time, avoid tons of written documentation by relieving this tedious task to smart CASE (computer-aided software engineering) tools, and have a quick and s- thetic view of any system through a well-built set of pictures and blueprints. The methodology presented in this book is a neutral methodology based on a thorough study of fundamental modeling concepts and then a temporary mapping of these concepts on current available standards and tools. We say “temporary” because research is in fact a never-ending activity. Good st- dards are evolving standards and the truth is always questionable. We are not pretending to add a new methodology to the numerous existent or in-house methodologies. We hope that the reader is able to catch the thoughts presented in this book to have a more critical view on any future methodology (a kind of meta “methodology”). So, feel free to prune o? parts that you do not feel comfortable with.

• Attribut
• Deployment
• Knowledge Reuse
• MDA (MDA: Model Driven Architecture)
• Real time & Database Modeling
• System and Software Engineering
• UML (UML: Unified Modeling Language)
• Unified Modeling Language (UML)
• algorithms
• complexity
• embedded systems
• modeling
• object

• Laval University, Sainte-Foy, Canada

  Bui Minh Duc

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