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Chapter 22: The CATMOD Procedure
Output 22.1.1: Detergent Preference StudyLinear Model Analysis
Output 22.1.2: Population Profiles
Output 22.1.3: Response Profiles, Frequencies, and Probabilities
Output 22.1.4: Analysis of Variance and WLS Estimates
Output 22.1.5: Main-Effects Design Matrix
Output 22.1.6: ANOVA Table for the Main-Effects Model
Output 22.1.7: WLS Estimates for the Main-Effects Model
Output 22.2.1: Surgical DataAnalysis of Mean Scores
Output 22.2.2: Population Sizes
Output 22.2.3: Response Frequencies
Output 22.2.4: Design Matrix
Output 22.2.5: ANOVA Table
Output 22.2.6: Parameter Estimates
Output 22.3.1: Maximum Likelihood Logistic Regression
Output 22.3.2: Response Summaries
Output 22.3.3: Design Matrix
Output 22.3.4: Iteration History
Output 22.3.5: Analysis of Variance Table
Output 22.3.6: Maximum Likelihood Estimates
Output 22.3.7: Covariance Matrix
Output 22.3.8: Correlation Matrix
Output 22.4.1: Analysis of Bartletts DataLog-Linear Model
Output 22.4.2: Response Profiles
Output 22.4.3: Analysis of Variance Table
Output 22.4.4: Response Function Predicted Values
Output 22.4.5: Predicted Frequencies
Output 22.5.1: Log-Linear Model Analysis with Zero Frequencies
Output 22.5.2: Output from the ONEWAY option
Output 22.5.3: Profiles
Output 22.5.4: Frequency of Response by Response Number
Output 22.5.5: Analysis of Variance Table
Output 22.5.6: Contrasts between Monkeys ˜u and ˜v
Output 22.5.7: Response Function Predicted Values
Output 22.5.8: Predicted Frequencies
Output 22.6.1: Analysis of Multiple-Population Repeated Measures
Output 22.6.2: Response Profiles
Output 22.6.3: Response Frequencies
Output 22.6.4: Analysis of Variance Table
Output 22.6.5: Parameter Estimates
Output 22.6.6: Final ModelDesign Matrix
Output 22.6.7: ANOVA Table
Output 22.7.1: Vision StudyAnalysis of Marginal Homogeneity
Output 22.7.2: Response Profiles
Output 22.7.3: Response Frequencies
Output 22.7.4: Design Matrix
Output 22.7.5: ANOVA Table
Output 22.7.6: Parameter Estimates
Output 22.8.1: Logistic Analysis of Growth Curve
Output 22.8.2: Population and Response Profiles
Output 22.8.3: Response Frequencies
Output 22.8.4: Design Matrix
Output 22.8.5: Analysis of Variance
Output 22.8.6: Parameter Estimates
Output 22.8.7: Contrasts
Output 22.9.1: Diagnosis DataTwo Repeated Measurement Factors
Output 22.9.2: Response Profiles
Output 22.9.3: Response Frequencies
Output 22.9.4: Design Matrix
Output 22.9.5: ANOVA Table
Output 22.9.6: Diagnosis DataReduced Model
Output 22.9.7: Design Matrix
Output 22.9.8: ANOVA Table
Output 22.9.9: Parameter Estimates
Output 22.9.10: Correlation Matrix
Output 22.9.11: Diagnosis DataSensitivity and Specificity Analysis
Output 22.9.12: Design Matrix
Output 22.9.13: ANOVA Table
Output 22.9.14: Parameter Estimates
Output 22.9.15: Covariance Matrix
Output 22.10.1: Health Survey DataUsing Direct Input
Output 22.10.2: ANOVA Table
Output 22.10.3: Parameter Estimates
Output 22.10.4: Age<65 Contrast
Output 22.10.5: Design Matrix
Output 22.10.6: ANOVA Table
Output 22.10.7: Parameter Estimates
Output 22.11.1: Marketing Research DataObtaining Predicted Probabilities
Output 22.11.2: Profiles and Design Matrix
Output 22.11.3: ANOVA Table and Parameter Estimates
Output 22.11.4: Predicted Values and Residuals
Output 22.11.5: Predicted Probabilities Data Set
Chapter 23: The CLUSTER Procedure
Output 23.1.1: Statistics and Tree Diagrams for Six Different Clustering Methods
Output 23.2.1: Clusters for Birth and Death RatesMETHOD=AVERAGE
Output 23.2.2: Plot of Three Clusters, METHOD=AVERAGE
Output 23.2.3: Plot of Eight Clusters, METHOD=AVERAGE
Output 23.2.4: Clusters for Birth and Death RatesMETHOD=COMPLETE
Output 23.2.5: Clusters for Birth and Death RatesMETHOD=SINGLE
Output 23.2.6: Clusters for Birth and Death RatesMETHOD=TWOSTAGE, K=10
Output 23.2.7: Clusters for Birth and Death RatesMETHOD=TWOSTAGE, K=18
Output 23.3.1: Cluster Analysis of Fisher Iris DataCLUSTER with METHOD=WARD
Output 23.3.2: Cluster Analysis of Fisher Iris DataCLUSTER with METHOD=TWOSTAGE
Output 23.3.3: Preliminary Analysis of Fisher Iris Data
Output 23.3.5: Clustering Clusters: PROC CLUSTER with Wongs Hybrid Method
Output 23.4.1: Average Linkage Analysis of Mammals Teeth Data: Raw Data
Output 23.4.2: Average Linkage Analysis of Mammals Teeth Data: Standardized Data
Output 23.4.3: Analysis of Ten Random Permutations of Raw Mammals Teeth Data: Indeterminacy at the 4-Cluster Level
Output 23.4.4: Analysis of Ten Random Permutations of Standardized Mammals Teeth Data: No Indeterminacy at the 4-Cluster Level
Output 23.6.1: Analysis of Standardized Data
Output 23.6.2: Analysis of Standardized Row-Centered Logarithms
Output 23.6.3: Analysis of Standardized Row-Standardized Logarithms
Output 23.6.4: Analysis of Standardized Row-Standardized Logarithms and Color
Chapter 24: The CORRESP Procedure
Output 24.1.1: Simple Correspondence Analysis of a Contingency Table
Output 24.2.1: Multiple Correspondence Analysis of a Burt Table
Output 24.2.2: Plot of Multiple Correspondence Analysis of a Burt Table
Output 24.2.3: Correspondence Analysis of a Binary Table
Output 24.3.1: Simple Correspondence Analysis (Experimental)
Output 24.3.2: Multiple Correspondence Analysis (Experimental)
Output 24.4.1: Supplementary Observations Example
Output 24.4.2: Supplementary Observations Example
Chapter 25: The DISCRIM Procedure Chapter Contents
Output 25.1.1: Sample Distribution of Petal Width in Three Species
Output 25.1.2: Normal Density Estimates with Equal Variance
Output 25.1.3: Normal Density Estimates with Unequal Variance
Output 25.1.4: Kernel Density Estimates with Equal Bandwidth
Output 25.1.5: Kernel Density Estimates with Unequal Bandwidth
Output 25.2.1: Joint Sample Distribution of Petal Width and Petal Length in Three Species
Output 25.2.2: Normal Density Estimates with Equal Variance
Output 25.2.3: Normal Density Estimates with Unequal Variance
Output 25.2.4: Kernel Density Estimates with Equal Bandwidth
Output 25.2.5: Kernel Density Estimates with Unequal Bandwidth
Output 25.3.1: Quadratic Discriminant Analysis of Iris Data
Output 25.3.2: Covariance Matrices
Output 25.3.3: Homogeneity Test
Output 25.3.4: Squared Distances
Output 25.3.5: Tests of Equal Class Means
Output 25.3.6: Misclassified Observations: Resubstitution
Output 25.3.7: Misclassified Observations: Cross validation
Output 25.3.8: Output Statistics from Iris Data
Output 25.4.1: Linear Discriminant Function on Crop Data
Output 25.4.2: Misclassified Observations: Resubstitution
Output 25.4.3: Misclassified Observations: Cross Validation
Output 25.4.4: Classification of Test Data
Output 25.4.5: Output Data Set of the Classification Results for Test Data
Output 25.5.1: Quadratic Discriminant Function on Crop Data
Chapter 26: The DISTANCE Procedure
Output 26.1.1: Distance Matrix Based on the Jaccard Coefficient
Output 26.1.2: Clustering History
Output 26.1.3: Cluster Membership
Output 26.2.1: Distance Matrix Based on the DCORR Coefficient
Output 26.2.2: Pseudo F versus Number of Clusters when METHOD= WARD
Output 26.2.3: Pseudo F versus Number of Clusters when METHOD= AVERAGE
Output 26.2.4: Tree Diagram of Clusters versus Semi-Partial R-Square Values when METHOD= WARD
Output 26.2.5: Tree Diagram of Clusters versus Average Distance Between Clusters when METHOD= AVERAGE
Chapter 27: The FACTOR Procedure
Output 27.1.1: Principal Component Analysis
Output 27.2.16: Output Data Set
Output 27.2.1: Principal Factor Analysis
Output 27.2.2: Scree Plot
Output 27.2.3: Factor Pattern Matrix and Communalities
Output 27.2.4: Residual and Partial Correlations
Output 27.2.5: Root Mean Square Off-Diagonal Partials
Output 27.2.6: Unrotated Factor Pattern Plot
Output 27.2.7: Varimax RotationTransform Matrix and Rotated Pattern
Output 27.2.8: Varimax RotationVariance Explained and Communalities
Output 27.2.9: Varimax Rotated Factor Pattern Plot
Output 27.2.10: Promax RotationProcrustean Target and Transform Matrix
Output 27.2.11: Promax RotationOblique Transform Matrix and Correlation
Output 27.2.12: Promax RotationRotated Factor Pattern and Correlations
Output 27.2.13: Promax RotationVariance Explained and Factor Structure
Output 27.2.14: Promax RotationVariance Explained and Final Communalities
Output 27.2.15: Promax Rotated Factor Pattern Plot
Output 27.2.17: Harris-Kaiser Rotation
Output 27.3.1: Maximum Likelihood Factor Analysis
Output 27.3.2: Maximum Likelihood Factor AnalysisTwo Factors
Output 27.3.3: Maximum Likelihood Factor AnalysisThree Factors
Output 27.4.1: QuartiminRotated Factor Solution with Standard Errors
Output 27.4.2: Interpretations of Factors Using Rotated Factor Pattern
Output 27.4.3: Interpretations of Factors Using Factor Structure
Chapter 28: The FASTCLUS Procedure
Output 28.1.1: Fishers Iris DataPROC FASTCLUS with MAXC=2 and PROC FREQ
Output 28.1.2: Fishers Iris DataPROC FASTCLUS with MAXC=3 and PROC FREQ
Output 28.1.3: Fishers Iris DataPROC CANDISC and PROC GPLOT
Output 28.2.1: Preliminary Analysis of Data with OutliersPROC FASTCLUS and PROC GPLOT
Output 28.2.2: Analysis of Data with Outliers using the LEAST= Option
Output 28.2.3: Cluster Analysis with Outliers OmittedPROC FASTCLUS and PROC GPLOT
Output 28.2.4: Final Analysis with Outliers Assigned to ClustersPROC FASTCLUS and PROC GPLOT
Chapter 29: The FREQ Procedure
Output 29.1.1: Frequency Tables
Output 29.1.2: Crosstabulation Table
Output 29.1.3: OUT= Data Set
Output 29.2.1: One-Way Frequency Table with BY Groups
Output 29.3.1: Binomial Proportion for Eye Color
Output 29.3.2: Binomial Proportion for Hair Color
Output 29.4.1: Contingency Table
Output 29.4.2: Chi-Square Statistics
Output 29.4.3: Relative Risk
Output 29.5.1: Contingency Table
Output 29.5.2: Chi-Square Statistics
Output 29.5.3: Output Data Set
Output 29.6.1: Cochran-Mantel-Haenszel Statistics
Output 29.6.2: CMH OptionRelative Risks
Output 29.6.3: CMH OptionBreslow-Day Test
Output 29.7.1: Contingency Table
Output 29.7.2: Measures of Association
Output 29.7.3: Trend Test
Output 29.8.1: CMH StatisticsStratifying by Subject
Output 29.8.2: CMH StatisticsNo Stratification
Output 29.9.1: One-Way Frequency Tables
Output 29.9.2: Measures of Agreement
Output 29.9.3: Cochrans Q
Chapter 30: The GAM Procedure (Experimental)
Output 30.1.1: GENMOD Analysis: Partial Output
Output 30.1.2: Summary Statistics
Output 30.1.3: Model Fit Statistics
Output 30.1.4: Partial Prediction for Each Predictor (Experimental)
Output 30.1.5: Analysis After Removing NumVert=14
Output 30.1.6: Partial Prediction After Removing NumVert=14 (Experimental)
Output 30.1.7: Joint Linear and Quadratic Tests
Output 30.2.1: PROC GENMOD Listing for Type III Analysis
Output 30.2.2: Predicted Seasonal Trend from a Parametric Model Fit Using a CLASS Statement
Output 30.2.3: PROC GAM Listing for Cubic Spline Regression Using the METHOD=GCV Option
Output 30.2.4: Model Fit Statistics
Output 30.2.5: Predicted Seasonal Trend from a Cubic Spline Model (Experimental)
Output 30.2.6: Estimated Nonparametric Factor of Seasonal Trend, Along with 95% Confidence Bounds (Experimental)
Output 30.3.1: Surface Plot of Yield by Temperature and Amount of Catalyst
Output 30.3.2: Fitted Regression Surfaces
Output 30.3.3: Cross sections of Fitted Regression Surfaces
Output 30.3.4: Raw Data from Experiment B
Output 30.3.5: Fitted Regression Surfaces
Output 30.3.6: Scatterplots of Yield by Catalyst
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Table of content
SAS/STAT 9.1 Users Guide Volume 2 only
ISBN: B003ZVJDOK
EAN: N/A
Year: 2004
Pages: 92
BUY ON AMAZON
Interprocess Communications in Linux: The Nooks and Crannies
Signaling Processes
Summary
Using a File as Shared Memory
Key Terms and Concepts
Thread-Specific Data
Postfix: The Definitive Guide
Queue Tools
Postfix Configuration
Postfix and SASL
SMTP Client Authentication
C.3. Building Postfix
MySQL Cookbook
Producing HTML Output
Using FULLTEXT Searches
Per-Group Descriptive Statistics
Using Transactions in Perl Programs
Creating a Navigation Index from Database Content
Logistics and Retail Management: Emerging Issues and New Challenges in the Retail Supply Chain
Retail Logistics: Changes and Challenges
Relationships in the Supply Chain
Market Orientation and Supply Chain Management in the Fashion Industry
Temperature-Controlled Supply Chains
Rethinking Efficient Replenishment in the Grocery Sector
Python Standard Library (Nutshell Handbooks) with
The md5 Module
The thread Module
The pprint Module
The posixpath Module
The reconvert Module
User Interfaces in C#: Windows Forms and Custom Controls
Classic Controls
Custom Controls
Data Controls
GDI+ Controls
Help and Application-Embedded Support
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