An introduction to object-oriented systems analysis and design with UML and the unified process /

By: Schach, Stephen RMaterial type: TextTextPublication details: New Delhi : McGraw-Hill, 2003Description: 395 p. : ill. ; 1 CD-ROM (4 3/4 in.)ISBN: 0072826460 (alk. paper); 0071215107 (international)Subject(s): Object-oriented methods (Computer science) | UML (Computer science) | System analysis | System designDDC classification: 004.21 Online resources: Click here to access online | Click here to access online
Contents:
Part One: Introduction to UML and the Unified Process -- 1. Introduction to Information Systems -- 2. How Information Systems are Developed -- 3. The Object-Oriented Paradigm, UML, and the Unified Process Part Two: UML and the Unified Process -- 4. The Requirements Workflow I -- 5. The Requirements Workflow II -- 6. The Object-Oriented Analysis Workflow. I -- 7. The Object-Oriented Analysis Workflow. II -- 8. The Object-Oriented Design Workflow -- 9. The Workflows and Phases of the Unified Process -- 10. More on UML Part Three: Major Topics in Systems Analysis and Design -- 11. CASE -- 12. Teams -- 13. Testing -- 14. Management Issues -- 15. Planning and Estimating -- 16. Maintenance -- 17. User-Interface Design -- 18. Web-Based Information Systems -- 19. Introduction to Database Management Systems -- 20 Technical Topics Appendix A. Term Project: Chocoholics Anonymous Appendix B. Object-Oriented Design: Osbert Oglesby Case Study Appendix C. Object-Oriented Design: MSG Foundation Case Study Appendix D. Implementation: Osbert Oglesby Case Study Appendix E. Java Implementation: MSG Foundation Case Study.
Summary: This text will be the first to present an object-oriented methodology from the outset for beginning Systems Analysis and Design students. It is the first book to introduce object-oriented methods without relying on classical methods to introduce key concepts or without requiring students to know Java or C++. It will presume no knowledge whatsoever about process modeling or data modeling. The widely used UML notation (unified modeling language) will be used throughout the book for all diagrams and model renderings. The key benefit to this approach is that it makes the course easier to teach and learn since many students come to this course with limited backgrounds having only taken one introductory MIS course. Also, this approach is appealing because object-oriented methodology is widely used in industry
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Item type Current library Collection Call number Status Date due Barcode Item holds
Reference Books Reference Books Main Library
Reference 		Reference 004.21 SCH (Browse shelf(Opens below)) Available 009079
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Part One: Introduction to UML and the Unified Process --
1. Introduction to Information Systems --
2. How Information Systems are Developed --
3. The Object-Oriented Paradigm, UML, and the Unified Process Part Two: UML and the Unified Process --
4. The Requirements Workflow I --
5. The Requirements Workflow II --
6. The Object-Oriented Analysis Workflow. I --
7. The Object-Oriented Analysis Workflow. II --
8. The Object-Oriented Design Workflow --
9. The Workflows and Phases of the Unified Process --
10. More on UML Part Three: Major Topics in Systems Analysis and Design --
11. CASE --
12. Teams --
13. Testing --
14. Management Issues --
15. Planning and Estimating --
16. Maintenance --
17. User-Interface Design --
18. Web-Based Information Systems --
19. Introduction to Database Management Systems --
20 Technical Topics Appendix A. Term Project: Chocoholics Anonymous Appendix B. Object-Oriented Design: Osbert Oglesby Case Study Appendix C. Object-Oriented Design: MSG Foundation Case Study Appendix D. Implementation: Osbert Oglesby Case Study Appendix E. Java Implementation: MSG Foundation Case Study.

This text will be the first to present an object-oriented methodology from the outset for beginning Systems Analysis and Design students. It is the first book to introduce object-oriented methods without relying on classical methods to introduce key concepts or without requiring students to know Java or C++. It will presume no knowledge whatsoever about process modeling or data modeling. The widely used UML notation (unified modeling language) will be used throughout the book for all diagrams and model renderings. The key benefit to this approach is that it makes the course easier to teach and learn since many students come to this course with limited backgrounds having only taken one introductory MIS course. Also, this approach is appealing because object-oriented methodology is widely used in industry

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