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Chapter 3: Methods for Software Process Improvement
Figure 1: Software Inspection Process Stages
Figure 2: Personal Software Process
SM
Levels
Figure 3: Team Software Process
SM
Phases
Figure 4: Software Capability Maturity Model Levels
Figure 5: ISO 9001 Clauses
Figure 6: Capability Maturity Model Integration Levels
Chapter 4: Methods for Return on Investment Analysis
Figure 7: Formula for Benefits
Figure 8: Formula for Costs
Figure 9: Formula for Benefit/Cost Ratio
Figure 10: Formula for Return on Investment
Figure 11: Formula for Net Present Value
Figure 12: Formula for Breakeven Point
Chapter 5: Methods for Benefit Analysis
Figure 13: Formula for Productivity
Figure 14: Formula for Defect Density
Figure 15: Formula for Quality
Figure 16: Formula for Defect Removal Efficiency
Figure 17: Formula for Defect Removal Model
Figure 18: Formula for Total Life Cycle Cost
Chapter 6: Methods for Cost Analysis
Figure 19: Cost Model for Software Inspection Process
Figure 20: Cost Model for Personal Software Process
SM
Figure 21: Cost Model for Team Software Process
SM
Figure 22: Cost Model for Software Capability Maturity Model
Figure 23: Cost Model for ISO 9001
Figure 24: Cost Model for Capability Maturity Model Integration
Chapter 7: Software Inspection Process ROI Methodology
Figure 25: ROI Methodology for Software Inspection Process
Figure 26: Cost Methodology for Software Inspection Process
Figure 27: Benefit Methodology for Software Inspection Process
Figure 28: Benefit/Cost Ratio Methodology for Software Inspection Process
Figure 29: Return on Investment Percent Methodology for Software Inspection Process
Figure 30: Net Present Value Methodology for Software Inspection Process
Figure 31: Breakeven Point Methodology for Software Inspection Process
Chapter 8: Personal Software Process
SM
ROI Methodology
Figure 32: ROI Methodology for Personal Software Process
SM
Figure 33: Cost Methodology for Personal Software Process
SM
Figure 34: Benefit Methodology for Personal Software Process
SM
Figure 35: B/CR Methodology for Personal Software Process
SM
Figure 36: ROI% Methodology for Personal Software Process
SM
Figure 37: NPV Methodology for Personal Software Process
SM
Figure 38: Breakeven Point Methodology for Personal Software Process
SM
Chapter 9: Team Software Process
SM
ROI Methodology
Figure 39: ROI Methodology for Team Software Process
SM
Figure 40: Cost Methodology for Team Software Process
SM
Figure 41: Benefit Methodology for Team Software Process
SM
Figure 42: B/CR Methodology for Team Software Process
SM
Figure 43: ROI% Methodology for Team Software Process
SM
Figure 44: NPV Methodology for Team Software Process
SM
Figure 45: Breakeven Point Methodology for Team Software Process
SM
Chapter 10: Software Capability Maturity Model ROI Methodology
Figure 46: ROI Methodology for Software Capability Maturity Model
Figure 47: Cost Methodology for Software Capability Maturity Model
Figure 48: Benefit Methodology for Software Capability Maturity Model
Figure 49: B/CR Methodology for Software Capability Maturity Model
Figure 50: ROI% Methodology for Software Capability Maturity Model
Figure 51: NPV Methodology for Software Capability Maturity Model
Figure 52: Breakeven Point Methodology for Software Capability Maturity Model
Chapter 11: ISO 9001 ROI Methodology
Figure 53: ROI Methodology for ISO 9001
Figure 54: Cost Methodology for ISO 9001
Figure 55: Benefit Methodology for ISO 9001
Figure 56: B/CR Methodology for ISO 9001
Figure 57: ROI% Methodology for ISO 9001
Figure 58: NPV Methodology for ISO 9001
Figure 59: Breakeven Point Methodology for ISO 9001
Chapter 12: Capability Maturity Model Integration ROI Methodology
Figure 60: ROI Methodology for Capability Maturity Model Integration
Figure 61: Cost Methodology for Capability Maturity Model Integration
Figure 62: Benefit Methodology for Capability Maturity Model Integration
Figure 63: B/CR Methodology for Capability Maturity Model Integration
Figure 64: ROI% Methodology for Capability Maturity Model Integration
Figure 65: NPV Methodology for Capability Maturity Model Integration
Figure 66: Breakeven Point Methodology for Capability Maturity Model Integration
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ROI of Software Process Improvement: Metrics for Project Managers and Software Engineers
ISBN: 193215924X
EAN: 2147483647
Year: 2004
Pages: 145
Authors:
David F. Rico
,
Roger S. Pressman
BUY ON AMAZON
ADO.NET 3.5 Cookbook (Cookbooks (OReilly))
Connecting to a Secured Access Database
Retrieving Hierarchical Data into a DataSet
Getting an Identity Column Value from SQL Server
Listing Tables in an Access Database
A.3. Structures
Beginners Guide to DarkBASIC Game Programming (Premier Press Game Development)
Looping Commands
Making Programs Think Branching Statements and Subroutines
Game Graphics Learning to Use Bitmaps
Playing Some Tunes CD Audio, MIDI and MP3 Music
Playing Intro Movies and Cut-Scenes
Developing Tablet PC Applications (Charles River Media Programming)
Working with VB .NET
Object-Oriented Programming with VB .NET
Obtaining the Tablet PC SDK
Speech Input with SAPI
3D Rendering with OpenGL and DirectX 9
C++ How to Program (5th Edition)
Example Using Recursion: Fibonacci Series
Standard Library Exception Hierarchy
Sorting Algorithms
Introduction to the Standard Template Library (STL)
H.2. Additional Diagram Types
AutoCAD 2005 and AutoCAD LT 2005. No Experience Required
Gaining Drawing Strategies: Part 1
Dimensioning a Drawing
Managing External References
Using Layouts to Set Up a Print
Printing an AutoCAD Drawing
.NET-A Complete Development Cycle
Analysis of the Photo Editor Requirements
Analysis of the GDI+ Extensions Requirements
Unit Tests
References for Further Reading
Integrating Externally Supplied Software
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