000			02145nam a22002057a 4500
005			20260213124640.0
008			260213b |||||||| |||| 00| 0 eng d
020			_a9789355325044 _c1070.00
040			_aS.X.U.K
041			_aEnglish
082			_aR 005.1 PRE(SOF)
100			_aPressman, Roger S.
245			_aSoftware engineering _b: a practitioner's approach _cRoger S. Pressman, Bruce R. Maxim
260			_aChennai _bMc Graw Hill _c2025
300			_a676p. _bP.B.
500			_aChapter 1: Software and Software Engineering Part One: The Software Process Chapter 2: Process Models Chapter 3: Agility and Process Chapter 4: Recommended Process Model Chapter 5: Human Aspects of Software Engineering Part Two: Modeling Chapter 6: Principles That Guide Practice Chapter 7: Understanding Requirements Chapter 8: Requirements Modeling—a Recommended Approach Chapter 9: Design Concepts Chapter 10: Architectural Design—a Recommended Approach Chapter 11: Component-level Design Chapter 12: User Experience Design Chapter 13: Design for Mobility Chapter 14: Pattern-based Design Part Three: Quality and Security Chapter 15: Quality Concepts Chapter 16: Reviews—a Recommended Approach Chapter 17: Software Quality Assurance Chapter 18: Software Security Engineering Chapter 19: Software Testing—component Level Chapter 20: Software Testing—integration Level Chapter 21: Software Testing—specialized Testing for Mobility Chapter 22: Software Configuration Management Chapter 23: Software Metrics and Analytics Part Four: Managing Software Projects Chapter 24: Project Management Concepts Chapter 25: Creating A Viable Software Plan Chapter 26: Risk Management Chapter 27: A Strategy for Software Support Part Five: Advanced Topics Chapter 28: Software Process Improvement Chapter 29: Emerging Trends in Software Engineering Chapter 30: Concluding Comments Appendix 1: An Introduction to UML Appendix 2: Data Science for Software Engineers References Index
650			_aComputer programming
700			_4auth. _aMaxim, Bruce R.
942			_cUCS
999			_c14360 _d14360