Overview-UID.ppt
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This document provides information about the course "User Interface Design" including the subject code, number of lecture hours, syllabus topics, learning objectives, and outcomes. The syllabus covers various topics related to user interface design like software development paradigms, SDLC activities, analysis and design modeling, interface types including GUI and CLI, interface design process and obstacles. It also lists textbooks and references for the course.
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Overview-UID.ppt
- 1. Subject Code 17CS832 USER INTERFACE DESIGN SEMESTER – VIII
- 2. USER INTERFACE DESIGN • Subject Code 17CS832 IA Marks 40 • Number of Lecture Hours/Week 03 Exam Marks 60 • Total Number of Lecture Hours 40 Exam Hours 03
- 6. BN Shankar Gowda 6 SDLC: Software Development Lifecycle Activities • Conceptualization & Requirements Engineering • Planning (Estimating ,Scheduling, Tracking) • System Modeling (Analysis & Design) • Construction / Module Development • Deployment • Maintenance
- 7. Modeling: Analysis & Design • ANALYSIS : • Analysis produces a specification of WHAT a system does. The intention is to provide a clear definition of the inputs to, and outputs from, the system, and of the relationship between the two. This stage produces an analysis document. • DESIGN: • Design produces a specification of HOW the input-output relationships specified in the analysis document are obtained. That is, design is the blueprint of the proposed solution to problem at hand.
- 8. The Analysis Phase • Gather information • Define System requirements • Logical model and physical model • Prioritize requirements • Prototype for feasibility and discovery • Generate and evaluate alternatives • Review recommendations with management
- 9. The Activities of the Analysis Phase
- 11. • SCENARIOS • USE CASE MODELING • SEQUENCE MODEL • ACTIVITY MODEL • DEPLOYMENT MODEL • COMPONENT MODEL • CLASS MODEL • STATE CHART MODEL OBJECT ORIENTED DEVELOPMENT PARADIGM
- 12. The Software Design Process 12 BN Shankar Gowda Ar chitectural design Abstract specifica tion Interface design Component design Data structur e design Algorithm design System architectur e Software specifica tion Interface specifica tion Component specifica tion Data structur e specifica tion Algorithm specifica tion R equirements specifica tion Design acti vities Design pr oducts
- 13. INTERFACE Design •USER INTERFACE •SYSTEM/COMPONENT INTERFACE
- 14. USER INTERFACE TYPES •GUI: GRAPHICAL USER INTERFACE •CLI: COMMAND LINE INTERFACE
- 16. Modules • Module –1: The User Interface • Module –2: The User Interface Design Process- Obstacles • Module –3: System Menus and Navigation Schemes • Module–4: Windows – Characteristics • Module–5: Screen Based Controls
- 17. SDLC Phases with Design Phase Activities BN ShankarGowda, BIT 17
- 18. Design Phase Activities and Key Questions BN ShankarGowda, BIT 18
- 19. Course Learning Objectives • To study the concept of menus, windows, interfaces. • To study about business functions. • To study the characteristics and components of windows and the various controls for the windows. • To study about various problems in window design with text, graphics. • To study the testing methods.
- 20. Course Outcomes • CO 1: Design the User Interface, menu creation, windows creation and connection between menus and windows for any real time applications. • CO 2: Create, select and apply appropriate techniques, resources and modern engineering tools to build interfaces. • CO 3: Communicate effectively with user community through effective report, design documents and make effective presentations.
- 21. TEXT BOOKS • Text Book: • The essential guide to user interface design, Wilbert O Galitz, Wiley DreamaTech. • Reference Books: • Ben Sheiderman, “Design the User Interface”, Pearson Edu. 1998. • Alan Cooper, ”The Essential of User Interface Design”, Wiley- Dream Tech Ltd.,2002