TAILIEUCHUNG - Lecture Systems analysis and design with UML (3/e) - Chapter 6: Structural modeling

This chapter describes class-responsibility-collaboration (CRC) cards, class diagrams, and object diagrams, which are used to create the structural model. After completing this chapter, students will be able to: Understand the rules and style guidelines for creating CRC cards, class diagrams, and object diagrams; understand the processes used to create CRC cards, class diagrams, and object diagrams; be able to create CRC cards, class diagrams, and object diagrams. | Chapter 6: Structural Modeling Objectives Understand the rules and style guidelines for creating CRC cards, class diagrams, and object diagrams. Understand the processes used to create CRC cards, class diagrams, and object diagrams. Be able to create CRC cards, class diagrams, and object diagrams. Understand the relationship between the structural and use case models. Structural Model A formal way of representing the objects that are used and created by a business system People Places Things Drawn using an iterative process First drawn in a conceptual, business-centric way Then refined in a technology-centric way describing the actual databases and files STRUCTURAL MODELS Structural Models Main goal: to discover the key data contained in the problem domain and to build a structural model of the objects Problem Domain Solution Domain Structural Modeling A Common Language Structural models create a well-defined vocabulary shared by users and analysts Classes created during analysis are

• Kỹ thuật lập trình
• Systems analysis
• Analysis modeling
• Design modeling
• Structural modeling
• Class diagrams
• Simplifying class diagrams
• Information systems
• Systems design
• Introduction to systems analysis and design
• Model driven analysis
• Accounting information systems
• Hệ thống thông tin kế toán
• Lecture Accounting information systems
• Systems development
• Systems development life cycle
• Systems development methodologies
• Unified process
• Object oriented analysis
• Object modeling
• Feasibility analysis
• The system proposal
• System development
• Information systems development
• Model driven strategy
• Systems construction
• Implementation phase
• Accounting information systems
• Lecture Accounting information systems
• Systems Analysis and Design
• Assuming the Role of the Systems Analyst
• Integrating New Technologies into Traditional Systems
• Web Systems
• Wireless Systems
• Open Source Software
• Design in a Changing World
• Types of information systems
• Internal system users
• Business process redesign
• Project management
• Process management
• Fact finding techniques
• Requirements discovery
• Modeling system requirements
• Use case modeling
• Data modeling
• Entity relationship diagram
• Process modeling
• Application architecture
• Physical data flow diagram
• Database design
• Data architecture
• Output design
• Internal outputs
• Input design
• Input implementation methods
• User interface design
• Human engineering guidelines
• Object oriented design
• Design classes