Software Engineering.

Format:

Book

Author/Creator:

Mishra, Jibitesh.

Jibitesh Mishra

Contributor:

Mohanty, Ashok.

Language:

English

Subjects (All):

Software engineering.

Physical Description:

1 online resource (401 pages)

Edition:

1st ed.

Place of Publication:

: Pearson India, 2011.

Summary:

Book Contents - 1. Introduction 2. Software Development Process 3. Software Requirrement Engineering 4. Software Design Approaches 5. Structured Analysis 6. Structured Design 7. Object-Oriented Concepts and Principles 8. Object-Oriented Analysis 9. Object-Oriented Design 10. User Interface Design 11. Coding and Documentation 12. Software Testing 13. Software Metrics 14. Software Project Estimation 15. Software Project Management 16. Software Quality Management 17. Web Engineering Appendix A. Objective-type Questions Appendix B. Frequently Asked Questions with Short Answers Appendix C. Software Maintenance Appendix D. Component-based Software Engineering Index.

Contents:

Cover

Title Page

Copyright

Table of Content

Preface

Ch.1: Introduction

1.1 WHAT IS SOFTWARE?

1.2 CHARACTERISTICS OF SOFTWARE

1.3 EVOLUTION OF SOFTWARE FOR BUSINESS

1.4 GENERATIONS OF COMPUTERS

1.5 PROGRAMMING LANGUAGES

1.6 PARADIGM SHIFT IN PROGRAMMING TECHNIQUES

1.7 SOFTWARE CRISIS AND EMERGENCE OF SOFTWARE ENGINEERING

1.8 CORE ASPECTS OF SOFTWARE ENGINEERING

1.9 SALIENT FEATURES OF SOFTWARE DEVELOPMENT

SUMMARY

EXCERCISES

Ch.2: Software Development Process

2.1 SOFTWARE PROCESSES

2.2 SOFTWARE DEVELOPMENT LIFE CYCLE MODELS

2.3 WATERFALL MODEL

2.4 THE "V" MODEL

2.5 PROTOTYPING MODEL

2.6 THE ITERATIVE WATERFALL MODEL

2.7 THE SPIRAL MODEL

2.8 PROCESS STANDARDS

EXERCISES

Ch.3: Software Requirrement Engineering

3.1 REQUIREMENT ENGINEERING PROCESS

3.2 REQUIREMENT INCEPTION

3.3 REQUIREMENT ELICITATION

3.4 REQUIREMENT ELABORATION

3.5 NEGOTIATION

3.6 REQUIREMENT VALIDATION

3.7 STRUCTURE OF SRS

3.8 CHARACTERISTICS OF THE RE PROCESS

Ch.4: Software Design Approaches

4.1 DIFFERENT APPROACHES TO SAD

4.2 OVERVIEW OF THE FO APPROACH

4.3 OVERVIEW OF THE OO APPROACH

4.4 COMPARISON OF OOAD WITH SSAD

Ch.5: Structured Analysis

5.1 INTRODUCTION TO STRUCTURED ANALYSIS

5.2 DATA FLOW DIAGRAM

5.3 PROCESS SPECIFICATION

5.4 DATA DICTIONARY

5.5 ENTITY RELATIONSHIP MODEL

5.6 STATE TRANSITION DIAGRAM

Ch.6: Structured Design

6.1 STRUCTURED DESIGN METHODOLOGIES

6.2 COUPLING AND COHESION

6.3 STRUCTURE CHART

6.4 MAPPING DFD INTO A STRUCTURE CHART

6.5 DATA DESIGN

6.6 DETAIL DESIGN

6.7 HIPO DOCUMENTATION

Ch.7: Object-Oriented Concepts and Principles

7.1 KEY CONCEPTS

7.2 RELATIONSHIPS.

7.3 SOME MORE CONCEPTS

7.4 MODELING TECHNIQUES

7.5 THE UNIFIED APPROACH TO MODELING

7.6 UNIFIED MODELING LANGUAGE

Ch.8: Object-Oriented Analysis

8.1 USE-CASE MODELING

8.2 ACTIVITY DIAGRAM AND STATE DIAGRAM

8.3 INTERACTION DIAGRAMS

8.4 TYPES OF CLASSES

8.5 CLASS CLASSIFICATION APPROACHES

8.6 RELATIONSHIP, ATTRIBUTES AND METHOD IDENTIFICATION

CASE STUDY-I: THE ATM SYSTEM OF A BANK

CASE STUDY-II: THE MILK DISPENSER

Ch.9: Object-Oriented Design

9.1 SYSTEM CONTEXT AND ARCHITECTURAL DESIGN

9.2 PRINCIPLES OF CLASS DESIGN

9.3 TYPES OF DESIGN CLASSES

9.4 COMPONENT DIAGRAM AND DEPLOYMENT DIAGRAM

9.5 PATTERNS

9.6 FRAMEWORK

Ch.10: User Interface Design

10.1 TYPES OF USER INTERFACE

10.2 CHARACTERISTICS OF USER INTERFACE

10.3 TEXTUAL USER INTERFACE

10.4 GRAPHICAL USER INTERFACE

10.5 WIDGET-BASED GUI

10.6 USER INTERFACE DESIGN

Ch.11: Coding and Documentation

11.1 CODING STANDARDS

11.2 CODING GUIDELINES

11.3 SOFTWARE DOCUMENTATION

11.4 DOCUMENTATION STANDARD AND GUIDELINES

11.5 CASE TOOLS

Ch.12: Software Testing

12.1 TESTING FUNDAMENTALS

12.2 BLACK BOX TESTING

12.3 WHITE BOX TESTING

12.4 UNIT TESTING

12.5 INTEGRATION TESTING

12.6 OBJECT-ORIENTED TESTING

12.7 SYSTEM TESTING

12.8 USABILITY TESTING

Ch.13: Software Metrics

13.1 SOFTWARE METRICS AND ITS CLASSIFICATION

13.2 SOFTWARE SIZE METRICS

13.3 QUALITY METRICS

13.4 PROCESS METRICS

13.5 DESIGN METRICS

13.6 OBJECT-ORIENTED METRICS

Ch.14: Software Project Estimation

14.1 SOFTWARE PROJECT PARAMETERS

14.2 APPROACHES TO SOFTWARE ESTIMATION

14.3 PROJECT ESTIMATION TECHNIQUES.

14.4 CLASSIFICATION OF SOFTWARE PROJECTS

14.5 CONSTRUCTIVE COST ESTIMATION MODEL

14.6 COCOMO II

14.7 CONCLUSION

Ch.15: Software Project Management

15.1 INTRODUCTION TO SOFTWARE PROJECT MANAGEMENT

15.2 PROJECT PLANNING

15.3 WORK BREAKDOWN STRUCTURE

15.4 PROJECT SCHEDULING

15.5 EXECUTION, MONITORING AND CONTROL

15.6 RISK MANAGEMENT

15.7 CONFIGURATION MANAGEMENT

Ch.16: Software Quality Management

16.1 THE CONCEPT OF QUALITY

16.2 EVOLUTION OF QUALITY MANAGEMENT

16.3 SOME THOUGHTS OF QUALITY GURUS

16.4 PROCESS QUALITY MODELS

16.5 QUALITY ASSURANCE

16.6 PROCESS IMPROVEMENT AND SIX SIGMA

16.7 PROCESS STANDARD: ISO 9000

16.8 PROCESS STANDARD: ISO 12207

16.9 CAPABILITY MATURITY MODEL

Ch.17: Web Engineering

17.1 GENERAL WEB CHARACTERISTICS

17.2 WEB ENGINEERING PROCESS

17.3 WEB DESIGN PRINCIPLES

17.4 WEB METRICS

17.5 MOBILE WEB ENGINEERING

17.6 WEB ENGINEERING SECURITY

Appendix A: Objective-type Questions

MODULE - I

MODULE - II

MODULE - III

MODULE - IV

ANSWERS

Appendix B: Frequently Asked Questions with Short Answers

Appendix C: Software Maintenance

C.1 NEED FOR SOFTWARE MAINTENANCE

C.2 TYPES OF SOFTWARE MAINTENANCE

C.3 MAINTENANCE PROCESS MODELS

C.4 SOFTWARE REVERSE ENGINEERING

C.5 SOFTWARE REENGINEERING

C.6 PROBLEMS OF SOFTWARE MAINTENANCE

C.7 SUCCESS FACTORS OF SOFTWARE MAINTENANCE

Appendix D: Component-based Software Engineering

D.1 WHAT IS A SOFTWARE COMPONENT?

D.2 CHARACTERISTICS OF CBSD

D.3 CBSD PROCESS

D.4 SOME POPULAR COMPONENT TECHNOLOGIES

Index.

Notes:

Description based on publisher supplied metadata and other sources.

Includes index.

ISBN:

93-325-8697-7

OCLC:

1024266500