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R
-
R convergence measure
-
R matrix
- MIXED procedure "Mixed Models Theory"
- MIXED procedure "Notation for the Mixed Model"
-
R option
- MODEL statement (REG)
- REPEATED statement (MIXED)
-
R= option
- and other options (CLUSTER) "PROC CLUSTER Statement"
- and other options (CLUSTER) "PROC CLUSTER Statement"
- and other options (CLUSTER) "PROC CLUSTER Statement"
- PROC CLUSTER statement
- PROC DISCRIM statement
- PROC MODECLUS statement
- PROC SURVEYMEANS statement
- PROC SURVEYREG statement
-
R-notation
-
R-square statistic
- CLUSTER procedure
- LOGISTIC procedure "Generalized Coefficient of Determination"
- LOGISTIC procedure "MODEL Statement"
-
R2 improvement
- REG procedure
-
R2 selection
- REG procedure
-
radius of sphere of support
-
RADIUS= option
- NLOPTIONS statement (CALIS)
- PREDICT statement (KRIGE2D)
- PROC CALIS statement
- PROC FASTCLUS statement
- RIDGE statement (RSREG)
-
RAM model
- CALIS procedure "RAM Model Statement"
- CALIS procedure "Structural Equation Models"
- specification
- structural model example (CALIS) "Getting Started"
- structural model example (CALIS) "Structural Equation Models"
-
RAM statement, CALIS procedure
-
random coefficients
- example (MIXED) "Example 41.2: Repeated Measures"
- example (MIXED) "Example 41.5: Random Coefficients"
-
random effects
- expected mean squares
- GLM procedure "Random Effects Analysis"
- GLM procedure "RANDOM Statement"
- MIXED procedure "Notation for the Mixed Model"
- MIXED procedure "RANDOM Statement"
- NESTED procedure
- NLMIXED procedure
- VARCOMP procedure "Fixed and Random Effects"
- VARCOMP procedure "Overview"
-
random effects model
- VARCOMP procedure
-
random initializations
- TRANSREG procedure
-
random number generators
- PLAN procedure
-
RANDOM option
- OUTPUT statement (PLAN)
-
RANDOM= option
- PROC CALIS statement
- PROC FACTOR statement
- PROC FASTCLUS statement
- PROC MDS statement
- PROC VARCLUS statement
-
RANDOM statement
- GLM procedure
- MIXED procedure
- NLMIXED procedure
-
random-effects parameters
- MIXED procedure "Mixed Models Theory"
- MIXED procedure "Overview"
-
randomization of designs
- using PLAN procedure
-
randomized complete block design
- example
-
range
- KRIGE2D procedure
-
RANGE= option
- MODEL statement (KRIGE2D)
- SIMULATE statement (SIM2D)
-
rank correlation
- LOGISTIC procedure
-
RANK procedure
- order statistics
-
rank scores
-
rank tests
- two-sample data (NPAR1WAY)
-
RANK transformation
- MODEL statement (TRANSREG)
- TRANSFORM statement (PRINQUAL)
-
Rao's approximation for likelihood ratio
- CANCORR procedure
-
RATE= option
- PROC SURVEYMEANS statement
- PROC SURVEYREG statement
-
RATIO option
- PROC MIXED statement "Default Output"
- PROC MIXED statement "PROC MIXED Statement"
-
RATIO= option
- MODEL statement (KRIGE2D)
- SIMULATE statement (SIM2D)
-
RATIOS option
- PARMS statement (MIXED)
- RANDOM statement (MIXED)
-
raw residuals
- GENMOD procedure
-
RC option
- REPEATED statement (MIXED)
-
RCI option
- REPEATED statement (MIXED)
-
RCORR option
- REPEATED statement (MIXED)
-
RDF= option
- PROC CALIS statement
- PROC CANCORR statement
-
RDIF1 option
- OUTPUT statement (FREQ)
-
RDIF2 option
- OUTPUT statement (FREQ)
-
RDPREFIX= option
- OUTPUT statement (TRANSREG)
-
READ function
- RESPONSE statement (CATMOD)
-
reciprocal averaging
- CORRESP procedure
-
reciprocal causation
- CALIS procedure
-
rectangular lattice
- LATTICE procedure
-
RED option
- PROC CANCORR statement
-
reduced rank regression
- PLS procedure
-
REDUCEOUT option
- PROC LIFETEST statement
-
reduction notation
-
redundancy analysis
- CANCORR procedure
- standardized variables (TRANSREG)
- TRANSREG procedure "MODEL Statement"
- TRANSREG procedure "Model Statement Usage"
- TRANSREG procedure "OUTPUT Statement"
- TRANSREG procedure "Redundancy Analysis"
-
REDUNDANCY option
- PROC CANCORR statement
-
REDUNDANCY= option
- OUTPUT statement (TRANSREG)
-
REF= option
- CLASS statement (LOGISTIC)
-
reference level
- TRANSREG procedure
-
REFERENCE= option
- MODEL statement (TRANSREG)
- OUTPUT statement (TRANSREG)
-
reference structure
-
reference-cell coding
- TRANSREG procedure "ANOVA Codings"
- TRANSREG procedure "MODEL Statement"
- TRANSREG procedure "Model Statement Usage"
-
REFIT statement, REG procedure
-
refitting models
- REG procedure
-
REFLECT option
- MODEL statement (TRANSREG)
- TRANSFORM statement
-
reflecting the transformation
- PRINQUAL procedure
- TRANSREG procedure
-
REFRESH= option
- PROC PRINQUAL statement
-
REG procedure
- adding variables
- adjusted R2 selection
- alpha level
- annotations "PLOT Statement"
- annotations "PROC REG Statement"
- ANOVA table
- autocorrelation
- backward elimination "Model-Selection Methods"
- backward elimination "Overview"
- collinearity
- compared to other procedures "Overview"
- compared to other procedures "PROC GLM Contrasted with Other SAS Procedures"
- computational methods
- correlation matrix
- covariance matrix
- crossproducts matrix
- delete variables
- deleting observations
- diagnostic statistics "Model Fit and Diagnostic Statistics"
- diagnostic statistics "Model Fit and Diagnostic Statistics"
- dictionary of options
- forward selection "Model-Selection Methods"
- forward selection "Overview"
- graphics examples
- graphics keywords and options "PLOT Statement"
- graphics keywords and options "PLOT Statement"
- graphics plots, high resolution
- heteroscedasticity, testing
- hypothesis tests "MTEST Statement"
- hypothesis tests "TEST Statement"
- incomplete principal components "MODEL Statement"
- incomplete principal components "PROC REG Statement"
- influence statistics
- input data sets
- interactive analysis
- introductory example
- IPC analysis "Computations for Ridge Regression and IPC Analysis"
- IPC analysis "MODEL Statement"
- IPC analysis "PROC REG Statement"
- line printer plots "Line Printer Scatter Plot Features"
- line printer plots "PLOT Statement"
- Mallows' Cp selection
- missing values
- model fit summary statistics "Model Fit and Diagnostic Statistics"
- model fit summary statistics "Model Fit and Diagnostic Statistics"
- model selection "Criteria Used in Model-Selection Methods"
- model selection "Example 55.1: Aerobic Fitness Prediction"
- model selection "Limitations in Model-Selection Methods"
- model selection "Model-Selection Methods"
- model selection "Model-Selection Methods"
- model selection "Overview"
- multicollinearity
- multivariate tests
- new regressors
- nonfull-rank models
- ODS table names
- output data sets "Output Data Sets"
- output data sets "Output Data Sets"
- P-P plots "Construction of Q-Q and P-P Plots"
- P-P plots "Example 55.8: Creating PP and QQ Plots"
- painting line-printer plots
- parameter estimates "Displayed Output"
- parameter estimates "Parameter Estimates and Associated Statistics"
- partial regression leverage plots
- plot keywords and options "PLOT Statement"
- plot keywords and options "PLOT Statement"
- plot keywords and options "PLOT Statement"
- plots, high resolution
- polynomial regression
- predicted values "Criteria Used in Model-Selection Methods"
- predicted values "Example 55.1: Aerobic Fitness Prediction"
- predicted values "Predicted and Residual Values"
- Q-Q plots "Construction of Q-Q and P-P Plots"
- Q-Q plots "Example 55.8: Creating PP and QQ Plots"
- qualitative variables
- R2 improvement "Model-Selection Methods"
- R2 improvement "Model-Selection Methods"
- R2 selection
- refitting models
- residual values
- restoring weights
- reweighting observations
- ridge regression "Computations for Ridge Regression and IPC Analysis"
- ridge regression "Example 55.10: Displaying the Ridge Trace for Acetylene Data"
- ridge regression "MODEL Statement"
- ridge regression "PLOT Statement"
- ridge regression "PROC REG Statement"
- singularities
- stepwise selection "Model-Selection Methods"
- stepwise selection "Overview"
- summary statistics
- sweep algorithm
- time series data
- variance inflation factors (VIF) "Example 55.11: Plotting Variance Inflation Factors"
- variance inflation factors (VIF) "PROC REG Statement"
-
REG procedure, ADD statement
-
REG procedure, BY statement
-
REG procedure, DELETE statement
-
REG procedure, FREQ statement
-
REG procedure, ID statement
-
REG procedure, MODEL statement
- ACOV option
- ADJRSQ option
- AIC option
- ALL option
- ALPHA= option
- B option
- BEST= option
- BIC option
- CLB option
- CLI option
- CLM option
- COLLIN option
- COLLINOINT option
- CORRB option
- COVB option
- CP option
- DETAILS option
- DW option
- EDF option
- GMSEP option
- GROUPNAMES= option
- I option
- INCLUDE= option
- INFLUENCE option
- JP option
- MAXSTEP option
- MSE option
- NOINT option
- NOPRINT option
- OUTSEB option
- OUTSTB option
- OUTVIF option
- P option
- PARTIAL option
- PC option
- PCOMIT= option
- PCORR1 option
- PCORR2 option
- PRESS option
- R option
- RIDGE= option
- RMSE option
- RSQUARE option
- SBC option
- SCORR1 option
- SCORR2 option
- SELECTION= option "MODEL Statement"
- SELECTION= option "Overview"
- SEQB option
- SIGMA= option
- SINGULAR= option
- SLENTRY= option
- SLSTAY= option
- SP option
- SPEC option
- SS1 option
- SS2 option
- SSE option
- START= option
- STB option
- STOP= option
- TOL option
- VIF option
- XPX option
-
REG procedure, MTEST statement
- CANPRINT option
- DETAILS option
- PRINT option
-
REG procedure, OUTPUT statement
- keyword= option
- OUT= option
-
REG procedure, PAINT statement
- ALLOBS option
- NOLIST option
- RESET option
- STATUS option
- SYMBOL= option
- UNDO option
-
REG procedure, PLOT statement
- AIC option
- ANNOTATE= option
- BIC option
- CAXIS= option
- CFRAME= option
- CHOCKING= option
- CHREF= option
- CLEAR option
- CLINE= option
- CMALLOWS= option
- COLLECT option
- CONF option
- CP option
- CTEXT= option
- CVREF= option
- DESCRIPTION= option
- EDF option
- GMSEP option
- HAXIS= option
- HPLOTS= option
- HREF= option
- IN option
- JP option
- LEGEND= option
- LHREF= option
- LLINE= option
- LVREF= option
- MODELFONT option
- MODELHT option
- MODELLAB option
- MSE option
- NAME= option
- NOCOLLECT option
- NOLINE option
- NOMODEL option
- NOSTAT option
- NP option
- OVERLAY option "PLOT Statement"
- OVERLAY option "PLOT Statement"
- PC option
- PRED option
- RIDGEPLOT option
- SBC option
- SP option
- SSE option
- STATFONT option
- STATHT option
- summary of options "PLOT Statement"
- summary of options "PLOT Statement"
- SYMBOL= option
- VAXIS= option
- VPLOTS= option
- VREF= option
-
REG procedure, PRINT statement
-
REG procedure, PROC REG statement
- ALL option
- ALPHA= option
- ANNOTATE= option
- CORR option
- COVOUT option
- DATA= option
- EDF option
- GOUT= option
- LINEPRINTER option
- NOPRINT option
- OUTEST= option
- OUTSEB option
- OUTSSCP= option
- OUTSTB option
- OUTVIF option
- PCOMIT= option
- PRESS option
- RIDGE= option
- RSQUARE option
- SIMPLE option
- SINGULAR= option
- TABLEOUT option
- USSCP option
-
REG procedure, REFIT statement
-
REG procedure, RESTRICT statement
-
REG procedure, REWEIGHT statement
- ALLOBS option
- NOLIST option
- RESET option
- STATUS option
- UNDO option
- WEIGHT= option
-
REG procedure, TEST statement
- PRINT option
-
REG procedure, VAR statement
-
REG procedure, WEIGHT statement
-
regression
- analysis (REG)
- CATMOD procedure
- examples (GLM)
- ill-conditioned data
- MODEL statements (GLM)
- nonparametric
- ORTHOREG procedure
- partial least squares (PROC PLS) "Basic Features"
- partial least squares (PROC PLS) "Regression Methods"
- principal components (PROC PLS) "Basic Features"
- principal components (PROC PLS) "Regression Methods"
- quadratic (GLM)
- reduced rank (PROC PLS) "Basic Features"
- reduced rank (PROC PLS) "Regression Methods"
- semiparametric models "Getting Started"
- semiparametric models "Overview"
- smoothing splines
-
regression coefficients
- CANCORR procedure
- covariance (SURVEYREG)
- SURVEYREG procedure "Computational Method"
- SURVEYREG procedure "Displayed Output"
- using with SCORE procedure
-
regression diagnostics
- LOGISTIC procedure
-
regression effects
- MIXED procedure
- model parameterization (GLM)
- specifying (GLM)
-
regression estimator
- SURVEYREG procedure "Example 62.3: Regresson Estimator for Simple Random Sample"
- SURVEYREG procedure "Example 62.5: Regression Estimator for Stratified Sample"
-
regression parameter estimates, example
- SCORE procedure
-
regression table
- TRANSREG procedure
-
regressor effects
- GENMOD procedure
-
REGWQ option
- MEANS statement (ANOVA)
- MEANS statement (GLM)
-
REITERATE option
- MODEL statement (TRANSREG)
- PROC PRINQUAL statement
-
rejection sampling
- MIXED procedure
-
relative risk
- cohort studies
- logit estimate
- Mantel-Haenszel estimate
-
RELRISK option
- OUTPUT statement (FREQ)
- TABLES statement (FREQ) "Example 28.4: Analyzing a 2x2 Contingency Table"
- TABLES statement (FREQ) "TABLES Statement"
-
renaming and reusing variables
- PRINQUAL procedure
-
REORDER option
- PROC FACTOR statement
-
REP= option
- PROC SURVEYSELECT statement
-
REPEAT option
- PLOT statement (BOXPLOT)
-
repeated measures
- ANOVA procedure
- CATMOD procedure "Repeated Measures Analysis"
- CATMOD procedure "REPEATED Statement"
- CATMOD procedure "Types of Statistical Analyses"
- contrasts (GLM)
- data organization (GLM)
- doubly-multivariate design
- examples (CATMOD) "Example 22.6: Repeated Measures, 2 Response Levels, 3 Populations"
- examples (CATMOD) "Example 22.7: Repeated Measures, 4 Response Levels, 1 Population"
- examples (CATMOD) "Example 22.8: Repeated Measures, Logistic Analysis of Growth Curve"
- examples (CATMOD) "Example 22.9: Repeated Measures, Two Repeated Measurement Factors"
- examples (GLM) "Example 30.7: Repeated Measures Analysis of Variance"
- examples (GLM) "REPEATED Statement"
- GEE (GENMOD) "Generalized Estimating Equations"
- GEE (GENMOD) "Overview"
- GLM procedure "Repeated Measures Analysis of Variance"
- GLM procedure "REPEATED Statement"
- hypothesis tests (GLM) "Repeated Measures Analysis of Variance"
- hypothesis tests (GLM) "Repeated Measures Analysis of Variance"
- hypothesis tests (GLM) "Repeated Measures Analysis of Variance"
- MIXED procedure "Example 41.2: Repeated Measures"
- MIXED procedure "Overview"
- MIXED procedure "REPEATED Statement"
- more than one factor (ANOVA) "REPEATED Statement"
- more than one factor (ANOVA) "REPEATED Statement"
- more than one factor (GLM)
- multiple populations (CATMOD
- one population (CATMOD)
- RESPONSE statement (CATMOD)
- specifying factors (CATMOD)
- transformations "Repeated Measures Analysis of Variance"
- transformations "Repeated Measures Analysis of Variance"
- transformations "Repeated Measures Analysis of Variance"
- transformations "Repeated Measures Analysis of Variance"
- transformations "Repeated Measures Analysis of Variance"
- transformations "Repeated Measures Analysis of Variance"
-
REPEATED statement
- ANOVA procedure
- CATMOD procedure
- GENMOD procedure "Generalized Estimating Equations"
- GENMOD procedure "REPEATED Statement"
- GLM procedure
- MIXED procedure "Example 41.2: Repeated Measures"
- MIXED procedure "REPEATED Statement"
-
REPLACE option
- OUTPUT statement (TRANSREG)
- PROC PRINQUAL statement
- PROC STDIZE statement
-
REPLACE= option
- PROC FASTCLUS statement
-
REPLICATE statement
- NLMIXED procedure
-
replicate subjects
- NLMIXED procedure
-
replicated sampling
- SURVEYSELECT procedure "Example 63.1: Replicated Sampling"
- SURVEYSELECT procedure "PROC SURVEYSELECT Statement"
-
REPONLY option
- PROC STDIZE statement
-
resampled data sets
- MULTTEST procedure
-
RESCHI= option
- OUTPUT statement (LOGISTIC)
-
RESDEV= option
- OUTPUT statement (LOGISTIC)
-
RESET option
- PAINT statement (REG)
- REWEIGHT statement (REG)
-
residual chi-square
- PHREG procedure
-
RESIDUAL keyword
- OUTPUT statement (GLM)
-
residual maximum likelihood (REML)
- MIXED procedure "Example 41.1: Split-Plot Design"
- MIXED procedure "Mixed Models Theory"
-
RESIDUAL option
- MODEL statement (RSREG)
- MODEL statement(LOESS)
- PROC SCORE statement
-
RESIDUAL= option
- OUTPUT statement (NLIN)
- PROC CALIS statement
-
residuals
- and partial correlation (PRINCOMP)
- CALIS procedure
- deviance (PHREG) "Example 49.7: Analysis of Residuals"
- deviance (PHREG) "OUTPUT Statement"
- deviance (PHREG) "Residuals"
- GENMOD procedure "MODEL Statement"
- GENMOD procedure "Residuals"
- GENMOD procedure "Residuals"
- GENMOD procedure "Residuals"
- GENMOD procedure "Residuals"
- GENMOD procedure "Residuals"
- GENMOD procedure "Residuals"
- LOGISTIC procedure
- martingale (PHREG) "Example 49.7: Analysis of Residuals"
- martingale (PHREG) "OUTPUT Statement"
- martingale (PHREG) "Residuals"
- MDS procedure "Example 40.1: Jacobowitz Body Parts Data from Children and Adults"
- MDS procedure "Formulas"
- MDS procedure "Formulas"
- MDS procedure "OUTRES= Data Set"
- MDS procedure "PROC MDS Statement"
- NLIN procedure
- partial correlation (PRINCOMP)
- prefix (CALIS)
- prefix (TRANSREG)
- REG procedure
- Schoenfeld (PHREG) "OUTPUT Statement"
- Schoenfeld (PHREG) "Residuals"
- score (PHREG) "OUTPUT Statement"
- score (PHREG) "Residuals"
- weighted Schoenfeld (PHREG) "Diagnostics Based on Weighted Residuals"
- weighted Schoenfeld (PHREG) "OUTPUT Statement"
- weighted score (PHREG)
-
RESIDUALS option
- MODEL statement (GENMOD)
- OUTPUT statement (TRANSREG)
- PROC FACTOR statement
-
response functions (CATMOD)
- covariance matrix
- formulas
- identifying with FACTORS statement
- predicted values
- related to design matrix "Generation of the Design Matrix"
- related to design matrix "Generation of the Design Matrix"
- variance formulas "Computational Formulas"
- variance formulas "Computational Formulas"
-
response level ordering
- LOGISTIC procedure "PROC LOGISTIC Statement"
- LOGISTIC procedure "Response Level Ordering"
- LOGISTIC procedure "Response Level Ordering"
-
response profile
- CATMOD procedure
-
RESPONSE statement
- CATMOD procedure
-
response surfaces
- canonical analysis, interpreting
- covariates
- experiments
- plotting
- ridge analysis
-
response variable
- PHREG procedure "Example 49.3: Conditional Logistic Regression for m:n Matching"
- PHREG procedure "Getting Started"
- PHREG procedure "Programming Statements"
- sort order of levels (GENMOD)
-
_RESPONSE_ keyword
- MODEL statement (CATMOD) "Cautions"
- MODEL statement (CATMOD) "Displayed Output"
- MODEL statement (CATMOD) "FACTORS Statement"
- MODEL statement (CATMOD) "Generation of the Design Matrix"
- MODEL statement (CATMOD) "Generation of the Design Matrix"
- MODEL statement (CATMOD) "Generation of the Design Matrix"
- MODEL statement (CATMOD) "Log-Linear Model Analysis"
- MODEL statement (CATMOD) "LOGLIN Statement"
- MODEL statement (CATMOD) "MODEL Statement"
- MODEL statement (CATMOD) "MODEL Statement"
- MODEL statement (CATMOD) "Ordering of Populations and Responses"
- MODEL statement (CATMOD) "Repeated Measures Analysis"
- MODEL statement (CATMOD) "REPEATED Statement"
-
_RESPONSE_= option
- FACTORS statement (CATMOD)
- REPEATED statement (CATMOD)
-
RESTART option
- PROC NLMIXED statement
-
RESTART= option
- NLOPTIONS statement (CALIS)
-
restoring weights
- REG procedure
-
RESTRICT statement
- CATMOD procedure
- REG procedure
-
restricted maximum likelihood
- MIXED procedure "Example 41.1: Split-Plot Design"
- MIXED procedure "Mixed Models Theory"
- MIXED procedure "Overview"
-
restrictions
- of parameters (CATMOD)
-
resubstitution
- DISCRIM procedure
-
RETAIN statement
- NLIN procedure
-
reverse response level ordering
- LOGISTIC procedure "PROC LOGISTIC Statement"
- LOGISTIC procedure "Response Level Ordering"
- LOGISTIC procedure "Response Level Ordering"
-
REWEIGHT statement, REG procedure
-
reweighting observations
- REG procedure
-
RHO= option
- PROC NLIN statement
-
RI option
- REPEATED statement (MIXED)
-
ridge analysis
- RSREG procedure
-
RIDGE= option
- MODEL statement (REG)
- PROC CALIS statement
- PROC MDS statement
- PROC MIXED statement
- PROC REG statement
-
ridge regression
- REG procedure "Computations for Ridge Regression and IPC Analysis"
- REG procedure "Example 55.10: Displaying the Ridge Trace for Acetylene Data"
- REG procedure "MODEL Statement"
- REG procedure "PLOT Statement"
- REG procedure "PROC REG Statement"
-
RIDGE statement
- RSREG procedure
-
RIDGEPLOT option
- PLOT statement (REG)
-
ridging
- MIXED procedure "Mixed Models Theory"
- MIXED procedure "PROC MIXED Statement"
-
RIDGING= option
- MODEL statement (LOGISTIC)
-
ridit scores
-
risk set
- PHREG procedure "Example 49.4: Model Using Time-Dependent Explanatory Variables"
- PHREG procedure "Getting Started"
- PHREG procedure "Partial Likelihood Function for the Cox Model"
- PHREG procedure "Partial Likelihood Function for the Cox Model"
-
risk weights
- PHREG procedure
-
RISKDIFF option
- OUTPUT statement (FREQ)
- TABLES statement (FREQ)
-
RISKDIFF1 option
- OUTPUT statement (FREQ)
-
RISKDIFF2 option
- OUTPUT statement (FREQ)
-
RISKLIMITS option
- MODEL statement (LOGISTIC)
- MODEL statement (PHREG)
-
risks and risk differences
-
RMSE option
- MODEL statement (REG)
-
RMSSTD option
- PROC CLUSTER statement
-
RMSSTD statement
- and FREQ statement (CLUSTER) "FREQ Statement"
- and FREQ statement (CLUSTER) "RMSSTD Statement"
-
robust
- cluster analysis "Overview"
- cluster analysis "PROC FASTCLUS Statement"
- estimators (STDIZE)
-
ROBUST option
- COMPUTE statement (VARIOGRAM)
-
ROC curve
- LOGISTIC procedure "MODEL Statement"
- LOGISTIC procedure "Receiver Operating Characteristic Curves"
-
ROCEPS= option
- MODEL statement (LOGISTIC)
-
Root MSE
- SURVEYREG procedure
-
ROOT= option
- PROC TREE statement
-
RORDER= option
- PROC GENMOD statement
- PROC LOGISTIC statement
-
ROTATE= option
- FACTOR statement (CALIS)
- PROC FACTOR statement
-
rotating principal components
-
row mean scores statistic
-
ROW= option
- PROC CORRESP statement
-
Roy's maximum root
-
RP option
- PROC CORRESP statement
-
RPC convergence measure
-
RPREFIX= option
- OUTPUT statement (TRANSREG)
-
RRC1 option
- OUTPUT statement (FREQ)
-
RRC2 option
- OUTPUT statement (FREQ)
-
RSK1 option
- OUTPUT statement (FREQ)
-
RSK11 option
- OUTPUT statement (FREQ)
-
RSK12 option
- OUTPUT statement (FREQ)
-
RSK2 option
- OUTPUT statement (FREQ)
-
RSK21 option
- OUTPUT statement (FREQ)
-
RSK22 option
- OUTPUT statement (FREQ)
-
RSQUARE option
- MODEL statement (LOGISTIC)
- MODEL statement (REG)
- PROC CLUSTER statement
- PROC REG statement
-
RSREG procedure
- coding variables "Coding the Factor Variables"
- coding variables "Displayed Output"
- compared to other procedures "Comparison to Other SAS Software"
- compared to other procedures "PROC GLM Contrasted with Other SAS Procedures"
- computational methods
- confidence intervals "MODEL Statement"
- confidence intervals "MODEL Statement"
- confidence intervals "MODEL Statement"
- confidence intervals "MODEL Statement"
- Cook's D influence statistic
- covariates
- eigenvalues
- eigenvectors
- factor variables
- input data sets "MODEL Statement"
- input data sets "PROC RSREG Statement"
- introductory example
- missing values
- ODS table names
- output data sets "Output Data Sets"
- output data sets "Output Data Sets"
- output data sets "Output Data Sets"
- output data sets "PROC RSREG Statement"
- output data sets "RIDGE Statement"
- PRESS statistic
- response variables
- ridge analysis
-
RSREG procedure, BY statement
-
RSREG procedure, ID statement
-
RSREG procedure, MODEL statement
- ACTUAL option
- BYOUT option
- COVAR= option
- D option
- L95 option
- L95M option
- LACKFIT option
- NOANOVA option
- NOCODE option
- NOOPTIMAL option
- NOPRINT option
- PREDICT option
- PRESS option
- RESIDUAL option
- U95 option
- U95M option
-
RSREG procedure, PROC RSREG statement
- DATA= option
- NOPRINT option
- OUT= option
-
RSREG procedure, RIDGE statement
- CENTER= option
- MAXIMUM option
- MINIMUM option
- NOPRINT option
- OUTR= option
- RADIUS= option
-
RSREG procedure, WEIGHT statement
-
RSTUDENT keyword
- OUTPUT statement (GLM)
-
RUPDATE= option
- REPEATED statement (GENMOD)
-
Ryan's multiple range test
- examples
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H |
I |
J |
K |
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M |
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P |
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R |
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T |
U |
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X |
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