Pressman, Roger S.
Software engineering : a practitioner's approach Roger S. Pressman, Bruce R. Maxim - 8th ed. - New York, NY : McGraw-Hill Education, c2015. - xxx, 941 p. : ill. ; 24 cm.
1 The Nature of Software 2 Software Engineering Part One The Software Process 3 Software Process Structure 4 Process Models 5 Agile Development 6 Human Aspects of Software Engineering Part Two Modeling 7 Principles That Guide Practice 8 Understanding Requirements 9 Requirements Modeling: Scenario-Based Methods 10 Requirements Modeling: Class-Based Methods 11 Requirements Modeling: Behavior, Patterns, and Web/Mobile Apps 12 Design Concepts 13 Architectural Design 14 Component-Level Design 15 User Interface Design 16 Pattern-Based Design 17 WebApp Design 18 MobileApp Design Part Three Quality Management 19 Quality Concepts 20 Review Techniques 21 Software Quality Assurance 22 Software Testing Strategies 23 Testing Conventional Applications 24 Testing Object-Oriented Applications 25 Testing Web Applications 26 Testing MobileApps 27 Security Engineering 28 Formal Modeling and Verification 29 Software Configuration Management 30 Product Metrics Part Four Managing Software Projects 31 Project Management Concepts 32 Process and Project Metrics 33 Estimation for Software Projects 34 Project Scheduling 35 Risk Management 36 Maintenance and Reengineering Part Five Advanced Topics 37 Software Process Improvement 38 Emerging Trends in Software Engineering 39 Concluding Comments Appendix I-An Introduction to UML Appendix II-Object-Oriented Concepts Appendix III-Formal Methods
Focuses on used software engineering methods and can de-emphasize or completely eliminate discussion of secondary methods, tools and techniques.
9781259253157 0078022126 (alk. paper)
2013035493
Software engineering
005.1
Software engineering : a practitioner's approach Roger S. Pressman, Bruce R. Maxim - 8th ed. - New York, NY : McGraw-Hill Education, c2015. - xxx, 941 p. : ill. ; 24 cm.
1 The Nature of Software 2 Software Engineering Part One The Software Process 3 Software Process Structure 4 Process Models 5 Agile Development 6 Human Aspects of Software Engineering Part Two Modeling 7 Principles That Guide Practice 8 Understanding Requirements 9 Requirements Modeling: Scenario-Based Methods 10 Requirements Modeling: Class-Based Methods 11 Requirements Modeling: Behavior, Patterns, and Web/Mobile Apps 12 Design Concepts 13 Architectural Design 14 Component-Level Design 15 User Interface Design 16 Pattern-Based Design 17 WebApp Design 18 MobileApp Design Part Three Quality Management 19 Quality Concepts 20 Review Techniques 21 Software Quality Assurance 22 Software Testing Strategies 23 Testing Conventional Applications 24 Testing Object-Oriented Applications 25 Testing Web Applications 26 Testing MobileApps 27 Security Engineering 28 Formal Modeling and Verification 29 Software Configuration Management 30 Product Metrics Part Four Managing Software Projects 31 Project Management Concepts 32 Process and Project Metrics 33 Estimation for Software Projects 34 Project Scheduling 35 Risk Management 36 Maintenance and Reengineering Part Five Advanced Topics 37 Software Process Improvement 38 Emerging Trends in Software Engineering 39 Concluding Comments Appendix I-An Introduction to UML Appendix II-Object-Oriented Concepts Appendix III-Formal Methods
Focuses on used software engineering methods and can de-emphasize or completely eliminate discussion of secondary methods, tools and techniques.
9781259253157 0078022126 (alk. paper)
2013035493
Software engineering
005.1