List of Exhibits

Chapter 2: The Conduct of Scientific Investigations

Exhibit 1: The Experimental Paradigm

Chapter 4: Validation of Software Measures

Exhibit 1: Hypothetical Function Point Scores
Exhibit 2: Computation of the Reliability of Ratings

Chapter 5: Static Software Measurement

Exhibit 1: Nonexecutable Statements
Exhibit 2: Unique Operator—Operand Counts
Exhibit 3: Prime Flowgraphs
Exhibit 4: Sample Program Decomposition
Exhibit 5: Reduction of the Flowgraph
Exhibit 6: Enumeration of Flowgraph Metrics
Exhibit 7: Enumeration of Flowgraph Metrics
Exhibit 8: Enumeration of Flowgraph Path Metrics
Exhibit 9: An Example of the Cycle in a Flowgraph
Exhibit 10: The Array Structure
Exhibit 11: Sample struct Definition
Exhibit 12: Sample Fan-Out
Exhibit 13: RCS Header Information
Exhibit 14: RCS Text Information

Chapter 6: Derived Software Measures

Exhibit 1: Sources of Variation
Exhibit 2: Common Variation
Exhibit 3: Metric Statistics for PASS
Exhibit 4: Correlation Coefficients for PASS Metrics
Exhibit 5: Principal Components of PASS Metrics
Exhibit 6: Plot of Eigenvalues
Exhibit 7: Two Orthogonal Metric Domains
Exhibit 8: PCA of the 12 PASS Metrics
Exhibit 9: An Analysis of Cyclomatic Complexity
Exhibit 10: Halstead Vocabulary and Program Length
Exhibit 11: PCA with the DS Metric
Exhibit 12: PCA with Process Communication Metrics
Exhibit 13: Raw Metric Values for 20 PASS Modules
Exhibit 14: z-Scores for Raw Metric Values
Exhibit 15: Transformation Matrix for z-Scores
Exhibit 16: Domain Scores for the PASS Data
Exhibit 17: Sorted Domain Scores for the PASS Data
Exhibit 18: FI Values for the 20 PASS Metrics

Chapter 7: Modeling with Metrics

Exhibit 1: The Relationship between Mnamana and Faults
Exhibit 2: Measurements on Hypothetical Systems
Exhibit 3: Epsilon Neighborhood about the Centroid
Exhibit 4: Plot of LOC and Faults for Hypothetical Data
Exhibit 5: Measurements on Hypothetical Systems
Exhibit 6: Slope Calculation Data
Exhibit 7: Residual Analysis of the Two Models
Exhibit 8: The Regression ANOVA
Exhibit 9: Regression ANOVA for Sample Data
Exhibit 10: Sample Data from Four Experiments
Exhibit 11: Regression ANOVA for Four Experiments
Exhibit 12: Residual Values and Independent Variable
Exhibit 13: Residual Values for Case 1
Exhibit 14: Residual Values for Case 2
Exhibit 15: Residual Values for Case 3
Exhibit 16: Residual Values for Case 4
Exhibit 17: ANOVA for Multiple Regression
Exhibit 18: Regression Models for the 13 Dependent Variables
Exhibit 19: Regression ANOVAs for 13 Models
Exhibit 20: Regression Model Performance
Exhibit 21: The Original and Predicted MSE Values
Exhibit 22: Sample Data by Developer
Exhibit 23: Regression Model with Dummy Variate
Exhibit 24: Regression ANOVA for Two Models
Exhibit 25: Regression Equation for Domain Scores
Exhibit 26: Regression ANOVA for Domain Scores
Exhibit 27: Comparison of Domain Score Model with Raw Score Models
Exhibit 28: Correlation Coefficients of Quality Metrics with Complexity Metrics
Exhibit 29: Correlation Coefficients of Quality Metrics
Exhibit 30: Canonical Correlation Analysis
Exhibit 31: Canonical Structure of Code and Quality Metrics

Chapter 8: Measuring Software Evolution

Exhibit 1: Build Comparisons
Exhibit 2: Hypothetical Build Example
Exhibit 3: Spider Chart for PASS
Exhibit 4: Hypothetical Software System
Exhibit 5: z-Scores for the Hypothetical System
Exhibit 6: The Principal Components of the Hypothetical System
Exhibit 7: Revised PCA
Exhibit 8: Transformation Matrix
Exhibit 9: Factor Scores
Exhibit 10: The Fault Index
Exhibit 11: Optimal Resource Allocation
Exhibit 12: Build 2 Raw Metric Data
Exhibit 13: z-Scores for Build 2 Scaled by Build 1 Baseline
Exhibit 14: A Comparison of Build 2 to Build 1
Exhibit 15: FI Build Deltas
Exhibit 16: The PASS Baseline Transformation Matrix
Exhibit 17: Average FI across Sequential Builds
Exhibit 18: Deltas in FI across Sequential Builds
Exhibit 19: Baselined Domain Metrics Across Builds
Exhibit 20: Deltas in Domain Metrics across Builds
Exhibit 21: Software Metric Definitions
Exhibit 22: Principal Components of Software Metrics
Exhibit 23: Baseline Transformation Data for the Cassini Data
Exhibit 24: Code Churn and Code Deltas across all Builds
Exhibit 25: FI across all Builds
Exhibit 26: Regression Analysis of Variance
Exhibit 27: Regression Model
Exhibit 28: Regression Statistics

Chapter 9: Software Specification and Design

Exhibit 1: Operations for Hypothetical Software
Exhibit 2: Hypothetical Decimal Machine
Exhibit 3: Functionalities from Hypothetical Software
Exhibit 4: Elements of Module Specification
Exhibit 5: Example of the IMPLEMENTS Relation
Exhibit 6: Example of the p'Relation
Exhibit 7: Example of the ASSIGNS Relation
Exhibit 8: Example of the p Relation
Exhibit 9: Module Classification
Exhibit 10: Modules Associated with Functionalities
Exhibit 11: Modules Associated with Operations
Exhibit 12: System Operational Overview
Exhibit 13: System Operational Metaphor
Exhibit 14: System Nonoperational Requirements
Exhibit 15: System Operation Specification
Exhibit 16: System Functional Overview
Exhibit 17: System Functional Metaphor
Exhibit 18: System Non-Functional Requirements
Exhibit 19: System Functional Specification
Exhibit 20: Mapping of Operations to Code Modules
Exhibit 21: Maintainability Attributes

Chapter 10: Dynamic Software Measurement

Exhibit 1: Function Module Return Same 4-Byte Integer
Exhibit 2: Code Executed

Chapter 11: The Measurement of Software Testing Activity

Exhibit 1: Test Summary by Task
Exhibit 2: Actual versus Best Test Profile Activity
Exhibit 3: Individual Test Summaries
Exhibit 4: Test Results for Test 1
Exhibit 5: Test Results for Test 2
Exhibit 6: Test Results Summary for Tests 1 through 5
Exhibit 7: Metrics and Their Definitions
Exhibit 8: FI Values for XC Modules
Exhibit 9: C Code Segment 1
Exhibit 10: C Code Segment 2
Exhibit 11: C Code Segment 3
Exhibit 12: Functionalities of XC
Exhibit 13: Functional Module Subsets of XC
Exhibit 14: Test Suites for the XC Program Functionalities
Exhibit 15: Functional Complexity for Test 1
Exhibit 16: Fractional Complexities of Modules on Test Suites
Exhibit 17: Fractional Complexities of Modules on Test Suites
Exhibit 18: Fractional and Operational Complexity for Test 1
Exhibit 19: Four Measures of Test Activity

Chapter 12: Software Availability

Exhibit 1: Mapping of Operations to Functionalities
Exhibit 2: Mapping of Functionalities to Modules
Exhibit 3: Distribution of Functionalities by Operation
Exhibit 4: Conditional Probabilities of Functionality Execution by Operation
Exhibit 5: Distribution of Module Activity by Functionality
Exhibit 6: Conditional Probabilities of Module Execution by Functionality
Exhibit 7: Conditional Probabilities of Module Execution by Operation
Exhibit 8: Hypothetical Module Executions
Exhibit 9: Module Failure Probabilities
Exhibit 10: Four Sample Operational Profiles
Exhibit 11: Distribution of Module Activity under Four Operational Profiles
Exhibit 12: Distribution of Module Activity under Four Operational Profiles

Chapter 13: Implementing a Software Measurement Plan

Exhibit 1: Misuse of Measurement Data
Exhibit 2: Module Version Data
Exhibit 3: Build List
Exhibit 4: Baseline Data
Exhibit 5: Test Execution Data
Exhibit 6: Functional Test Case Specification
Exhibit 7: Operational Test Case Specification
Exhibit 8: The Program Trouble Report
Exhibit 9: The Change Report
Exhibit 10: Generic Database for Darwin

Appendix 1: Review of Mathematical Fundamentals

Exhibit 1: Distribution Concentrated near the Mean
Exhibit 2: Distribution Less Centrally Located
Exhibit 3: Mass not Symmetrically Distributed about the Mean
Exhibit 4: Bimodal Distribution

Appendix 2: A Standard for the Measurement of C Programming Language Attributes

Exhibit 1: Examples with Executable Statements
Exhibit 2: Examples with Nonexecutable Statements
Exhibit 3: Examples with Operators
Exhibit 4: Examples with Unique Operators
Exhibit 5: Example with Overloaded and Unique Operators
Exhibit 6: Examples with Considerations
Exhibit 7: Total Number of Operands
Exhibit 8: C Language and Basic Control Structures



Software Engineering Measurement
Software Engineering Measurement
ISBN: 0849315034
EAN: 2147483647
Year: 2003
Pages: 139

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