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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