SAS/STAT User's Guide

Book Contents

Master Index

SAS/STAT User's Guide

A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |

S convergence measure

S option: PROC CANCORR statement

saddle test, definition: MODECLUS procedure

SALPHA= option: NLOPTIONS statement (CALIS); PROC CALIS statement

Sampford's method: SURVEYSELECT procedure "PROC SURVEYSELECT Statement"; SURVEYSELECT procedure "Sampford's PPS Method"

sample selection methods: SURVEYSELECT procedure

sample size: CATMOD procedure; SURVEYSELECT procedure

sample survey analysis, ordinal data

sampling fraction

sampling frame

sampling rate: SURVEYMEANS procedure "PROC SURVEYMEANS Statement"; SURVEYMEANS procedure "Specification of Population Totals and Sampling Rates"; SURVEYREG procedure "PROC SURVEYREG Statement"; SURVEYREG procedure "Specification of Population Totals and Sampling Rates"; SURVEYSELECT procedure

sampling unit

sampling weight

sampling zeros: and log-linear analyses (CATMOD); and structural zeros (CATMOD)

SAMPRATE= option: PROC SURVEYSELECT statement "PROC SURVEYSELECT Statement"; PROC SURVEYSELECT statement "PROC SURVEYSELECT Statement"

SAMPSIZE= option: PROC SURVEYSELECT statement "PROC SURVEYSELECT Statement"; PROC SURVEYSELECT statement "PROC SURVEYSELECT Statement"

sandwich estimator: MIXED procedure

SAS data set: DATA step; summarizing "Base SAS Software"; summarizing "Base SAS Software"

SAS/ETS software

SAS/GRAPH software

SAS/IML software

SAS/INSIGHT software

SAS/OR software

SAS/QC software

Satterthwaite method: MIXED procedure

Satterthwaite's approximation: testing random effects

SAVAGE option: EXACT statement (NPAR1WAY); OUTPUT statement (NPAR1WAY); PROC NPAR1WAY statement

Savage scores: NPAR1WAY procedure

Savage test: LIFETEST procedure

SAVE option: PROC NLIN statement

SBC option: MODEL statement (REG); PLOT statement (REG)

scale estimates: FASTCLUS procedure "Output Data Sets"; FASTCLUS procedure "PROC FASTCLUS Statement"; FASTCLUS procedure "PROC FASTCLUS Statement"; FASTCLUS procedure "Updates in the FASTCLUS Procedure"

SCALE= option: MODEL statement (GENMOD); MODEL statement (KRIGE2D); MODEL statement (LIFEREG); MODEL statement (LOGISTIC); MODEL statement(LOESS); SIMULATE statement (SIM2D)

scale parameter: GENMOD procedure

SCALEDINDEP option: MODEL statement(LOESS)

scaling variables: MODECLUS procedure; STDIZE procedure

scalogram analysis: CORRESP procedure

Scheff's multiple-comparison procedure

SCHEFFE option: MEANS statement (ANOVA); MEANS statement (GLM)

Schoenfeld residuals: PHREG procedure "OUTPUT Statement"; PHREG procedure "Residuals"

Schwarz criterion: LOGISTIC procedure

Schwarz's Bayesian information criterion: example (MIXED) "Example 41.1: Split-Plot Design"; example (MIXED) "Example 41.2: Repeated Measures"; example (MIXED) "Example 41.6: Line-Source Sprinkler Irrigation"; MIXED procedure "Default Output"; MIXED procedure "Mixed Models Theory"; MIXED procedure "PROC MIXED Statement"

SCORE option: PROC FACTOR statement

SCORE= option: PROC SCORE statement

SCORE procedure: CALIS procedure "Output Data Sets"; CALIS procedure "PROC CALIS Statement"; CALIS procedure "PROC CALIS Statement"; computational resources; examples "Examples"; examples "Getting Started"; input data set; OUT= data sets; output data set "Output Data Set"; output data set "PROC SCORE Statement"; PRINCOMP procedure; regression parameter estimates from REG procedure; scoring coefficients

SCORE procedure, BY statement

SCORE procedure, ID statement

SCORE procedure, PROC SCORE statement: DATA= option; NOSTD option; OUT= option; PREDICT option; RESIDUAL option; SCORE= option; TYPE= option

SCORE procedure, VAR statement

score residuals: PHREG procedure "OUTPUT Statement"; PHREG procedure "Residuals"

SCORE statement: LOESS procedure

SCORE statement, TPSPLINE procedure

score statistics: GENMOD procedure; LOGISTIC procedure

score test: PHREG procedure "Displayed Output"; PHREG procedure "Example 49.1: Stepwise Regression"; PHREG procedure "Example 49.1: Stepwise Regression"; PHREG procedure "MODEL Statement"; PHREG procedure "MODEL Statement"; PHREG procedure "Testing the Global Null Hypothesis"

score variables: interpretation (SCORE)

scores: NPAR1WAY procedure

SCORES option: PROC PRINQUAL statement

SCORES= option: EXACT statement (NPAR1WAY); OUTPUT statement (NPAR1WAY); PROC NPAR1WAY statement; TABLES statement (FREQ) "Example 28.8: Computing Friedman's Chi-Square Statistic"; TABLES statement (FREQ) "TABLES Statement"

scoring: MIXED procedure "Computational Issues"; MIXED procedure "PROC MIXED Statement"; MIXED procedure "PROC MIXED Statement"

scoring coefficients (SCORE)

SCORING= option: MODEL statement (GENMOD); PROC MIXED statement

SCOROUT option: TABLES statement (FREQ)

SCORR option: EXACT statement (FREQ); OUTPUT statement (FREQ); TEST statement (FREQ)

SCORR1 option: MODEL statement (REG)

SCORR2 option: MODEL statement (REG)

SCREE option: PROC FACTOR statement

scree plot

screening design, analysis

screening experiments: GLMMOD procedure

SCWGT statement: GENMOD procedure

SEB option: PROC CANCORR statement

SEED option: PROC NLMIXED statement; PROC PLAN statement

SEED= option: EXACT statement (FREQ); EXACT statement (NPAR1WAY); PRIOR statement (MIXED); PROC FASTCLUS statement; PROC MULTTEST statement; PROC PLS statement "PROC PLS Statement"; PROC PLS statement "PROC PLS Statement"; PROC SURVEYSELECT statement; SIMULATE statement (SIM2D)

SEED statement: VARCLUS procedure

SELECTION= option: MODEL statement (LOGISTIC); MODEL statement (PHREG); MODEL statement (REG); REG procedure, MODEL statement

semiparametric model: PHREG procedure

semipartial correlation: CANCORR procedure; formula (CLUSTER)

semivariogram: computation (VARIOGRAM); empirical (or experimental) (VARIOGRAM) "Preliminary Variogram Analysis"; empirical (or experimental) (VARIOGRAM) "Preliminary Variogram Analysis"; robust (VARIOGRAM) "COMPUTE Statement"; robust (VARIOGRAM) "Sample Variogram Computation and Plots"; robust (VARIOGRAM) "Theoretical and Computational Details of the Semivariogram"; robust (VARIOGRAM) "Theoretical and Computational Details of the Semivariogram"

sensitivity: CATMOD procedure

SEPARATORS= option: MODEL statement (TRANSREG)

SEQB option: MODEL statement (REG)

SEQUENTIAL option: MODEL statement (LOGISTIC); MODEL statement (PHREG)

sequential random sampling: SURVEYSELECT procedure "PROC SURVEYSELECT Statement"; SURVEYSELECT procedure "Sequential Random Sampling"

serpentine sorting: SURVEYSELECT procedure "PROC SURVEYSELECT Statement"; SURVEYSELECT procedure "Sorting by CONTROL Variables"

SFACTOR= option: PRIOR statement (MIXED)

SHAPE= option: PROC MDS statement

SHAPE1= option: MODEL statement (LIFEREG)

Shewhart control charts

SHORT option: MODEL statement (TRANSREG); PROC ACECLUS statement; PROC CALIS statement; PROC CANCORR statement; PROC CANDISC statement; PROC CORRESP statement; PROC DISCRIM statement; PROC FASTCLUS statement; PROC MODECLUS statement; PROC STEPDISC statement; PROC VARCLUS statement

Sidak (MULTTEST): p-value adjustments "Example 43.3: Peto Test"; p-value adjustments "p-Value Adjustments"; p-value adjustments "PROC MULTTEST Statement"

SIDAK option: MEANS statement (ANOVA); MEANS statement (GLM); PROC MULTTEST statement "Example 43.3: Peto Test"; PROC MULTTEST statement "p-Value Adjustments"; PROC MULTTEST statement "PROC MULTTEST Statement"

Sidak's adjustment: GLM procedure; MIXED procedure; MULTTEST procedure "Example 43.3: Peto Test"; MULTTEST procedure "p-Value Adjustments"; MULTTEST procedure "PROC MULTTEST Statement"

Sidak's inequality

Sidak's t test

Siegel-Tukey scores: NPAR1WAY procedure

SIGITER option: PROC MIXED statement

SIGMA= option: MODEL statement (REG)

significance level: CALIS procedure; entry (PHREG); hazards ratio confidence interval (PHREG); removal (PHREG) "Example 49.1: Stepwise Regression"; removal (PHREG) "MODEL Statement"

significance tests: MODECLUS procedure "Example 42.3: Cluster Analysis with Significance Tests"; MODECLUS procedure "Significance Tests"

SIGSQ= option: PROC NLIN statement

sill: KRIGE2D procedure

SIM2D procedure: Cholesky root; computational details; conditional and unconditional simulation; conditional distributions of multivariate normal random variables; examples "Example 58.1: Simulation"; examples "Preliminary Spatial Data Analysis"; Gaussian assumption; Gaussian random field; LU decomposition; memory usage; output data sets "Output Data Set"; output data sets "Output Data Set"; output data sets "Output Data Set"; output data sets "Output Data Set"; output data sets "PROC SIM2D Statement"; OUTSIM= data set "Output Data Set"; OUTSIM= data set "Output Data Set"; OUTSIM= data set "Output Data Set"; OUTSIM= data set "Output Data Set"; quadratic form; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"; simulation of spatial random fields "Computational and Theoretical Details of Spatial Simulation"

SIM2D procedure, COORDINATES statement: XCOORD= option; YCOORD= option

SIM2D procedure, GRID statement: GRIDDATA= option; X= option; XCCORD= option; Y= option; YCOORD= option

SIM2D procedure, MEAN statement

SIM2D procedure, PROC SIM2D statement: DATA= option; NARROW option; OUTSIM= option

SIM2D procedure, SIMULATE statement: ANGLE= option; FORM= option; MDATA= option; NUGGET= option; NUMREAL= option; RANGE= option; RATIO= option; SCALE= option; SEED= option; SINGULAR= option; VAR= option

SIMILAR option: PROC TREE statement

SIMILAR= option: PROC MDS statement

similarity data: MDS procedure "Overview"; MDS procedure "PROC MDS Statement"; MDS procedure "PROC MDS Statement"

simple cluster-seeking algorithm

simple effects: GLM procedure "LSMEANS Statement"; GLM procedure "Simple Effects"; MIXED procedure

simple kappa coefficient

SIMPLE option: PROC CALIS statement; PROC CANCORR statement; PROC CANDISC statement; PROC CLUSTER statement; PROC DISCRIM statement; PROC FACTOR statement; PROC LOGISTIC statement; PROC MODECLUS statement; PROC PHREG statement; PROC REG statement; PROC STEPDISC statement; PROC VARCLUS statement

simple random cluster sampling: SURVEYREG procedure

simple random sampling: SURVEYMEANS procedure; SURVEYREG procedure "Examples"; SURVEYREG procedure "Simple Random Sampling"; SURVEYSELECT procedure "PROC SURVEYSELECT Statement"; SURVEYSELECT procedure "Simple Random Sampling"; SURVEYSELECT procedure "Simple Random Sampling"

SIMPLS method: PLS procedure

SIMULATE statement (SIM2D)

simulation of spatial random fields: SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"; SIM2D procedure "Computational and Theoretical Details of Spatial Simulation"

simulation-based adjustment: GLM procedure; MIXED procedure

SING= option: PROC CANCORR statement; PROC PRINCOMP statement

SINGCHOL= option: MODEL statement (MIXED); PROC NLMIXED statement

SINGHESS= option: PROC NLMIXED statement

single linkage: CLUSTER procedure "Clustering Methods"; CLUSTER procedure "PROC CLUSTER Statement"

SINGRES= option: MODEL statement (MIXED)

SINGSWEEP= option: PROC NLMIXED statement

SINGULAR option: CONTRAST statement (GLM); LSMEANS statement (GLM)

SINGULAR= option: CONTRAST statement (GENMOD); CONTRAST statement (LOGISTIC); CONTRAST statement (MIXED); CONTRAST statement (SURVEYREG); ESTIMATE statement (GLM); ESTIMATE statement (MIXED); ESTIMATE statement (SURVEYREG); LSMEANS statement (MIXED); MODEL statement (GENMOD); MODEL statement (GLM); MODEL statement (KRIGE2D); MODEL statement (LIFEREG); MODEL statement (LOGISTIC); MODEL statement (MIXED); MODEL statement (PHREG); MODEL statement (REG); MODEL statement (TRANSREG); NLOPTIONS statement (CALIS); PROC ACECLUS statement; PROC CALIS statement; PROC CANCORR statement; PROC CANDISC statement; PROC CORRESP statement; PROC DISCRIM statement; PROC FACTOR statement; PROC LIFETEST statement; PROC MDS statement; PROC NLIN statement; PROC ORTHOREG statement; PROC PRINCOMP statement; PROC PRINQUAL statement; PROC REG statement; PROC STEPDISC statement; SIMULATE statement (SIM2D)

singularities: MIXED procedure; REG procedure

singularity checking: CANCORR procedure; GLM procedure "CONTRAST Statement"; GLM procedure "ESTIMATE Statement"; GLM procedure "LSMEANS Statement"; GLM procedure "MODEL Statement"

singularity criterion: CALIS procedure; contrast matrix (GENMOD); contrast matrix (LOGISTIC); covariance matrix (CALIS) "PROC CALIS Statement"; covariance matrix (CALIS) "PROC CALIS Statement"; covariance matrix (CALIS) "PROC CALIS Statement"; information matrix (GENMOD); PHREG procedure; TRANSREG procedure

singularity level: SURVEYREG procedure "CONTRAST Statement"; SURVEYREG procedure "ESTIMATE Statement"

singularity tolerances: NLMIXED procedure

SINGULARMSG= option: PROC KRIGE2D statement

SINGVAR option: PROC NLMIXED statement

SIZE statement: SURVEYSELECT procedure

skewness: CALIS procedure; displayed in CLUSTER procedure

SKIPHLABELS= option: PLOT statement (BOXPLOT)

SLENTRY= option: MODEL statement (LOGISTIC); MODEL statement (PHREG); MODEL statement (REG); PROC STEPDISC statement

SLICE= option: LSMEANS statement (GLM); LSMEANS statement (MIXED)

SLMW= option: PROC CALIS statement

SLPOOL= option: PROC DISCRIM statement

SLSTAY= option: MODEL statement (LOGISTIC); MODEL statement (PHREG); MODEL statement (REG); PROC STEPDISC statement

SM= option: MODEL statement (TRANSREG); TRANSFORM statement

SMC option: PROC CANCORR statement

SMDCR option: OUTPUT statement (FREQ); TEST statement (FREQ) "Example 28.7: Computing the Cochran-Armitage Trend Test"; TEST statement (FREQ) "TEST Statement"

SMDRC option: OUTPUT statement (FREQ); TEST statement (FREQ)

SMETHOD= option: PROC CALIS statement; PROC NLIN statement

SMM multiple-comparison method

SMM option: MEANS statement (ANOVA); MEANS statement (GLM)

SMOOTH= option: MODEL statement(LOESS)

SMOOTH transformation: MODEL statement (TRANSREG)

smoothing parameter: cluster analysis; MODECLUS procedure; optimal (DISCRIM)

smoothing spline transformation: PRINQUAL procedure; TRANSREG procedure "MODEL Statement"; TRANSREG procedure "Smoothing Splines"

SNK option: MEANS statement (ANOVA); MEANS statement (GLM)

SNORM option: PROC STDIZE statement

SOLUTION option: MODEL statement (GLM); MODEL statement (MIXED) "MODEL Statement"; MODEL statement (MIXED) "Parameterization of Mixed Models"; MODEL statement (PLS); MODEL statement (SURVEYREG); RANDOM statement (MIXED)

Somers' D statistics

SORT option: PROC TREE statement

SORT= option: PROC SURVEYSELECT statement

SORTED option: REPEATED statement (GENMOD)

SOURCE option: PROC CORRESP statement

SP option: MODEL statement (REG); PLOT statement (REG)

SPACES= option: PROC TREE statement

spacing: STDIZE procedure

SPARSE option: TABLES statement (FREQ) "Example 28.1: Creating an Output Data Set with Table Cell Frequencies"; TABLES statement (FREQ) "TABLES Statement"

spatial anisotropic exponential structure: MIXED procedure

spatial covariance structures: examples (MIXED); MIXED procedure "Computational Issues"; MIXED procedure "REPEATED Statement"; MIXED procedure "REPEATED Statement"

spatial prediction: VARIOGRAM procedure "Getting Started"; VARIOGRAM procedure "Introduction to Spatial Prediction"

SPCORR option: PROC CANCORR statement

Spearman rank correlation coefficient

SPEC option: MODEL statement (REG)

specificity: CATMOD procedure

spherical semivariogram model: KRIGE2D procedure "Theoretical Semivariogram Models"; KRIGE2D procedure "Theoretical Semivariogram Models"

sphericity tests

spline t-options: PRINQUAL procedure; TRANSREG procedure

SPLINE transformation: MODEL statement (TRANSREG); TRANSFORM statement (PRINQUAL); PRINQUAL procedure; TRANSREG procedure "MODEL Statement"; TRANSREG procedure "SPLINE and MSPLINE Transformations"

splines: Bayesian confidence intervals; goodness of fit; regression model "Computational Formulas"; regression model "Example 64.2: Spline Model With Higher-Order Penalty"; regression model "Overview"; thin-plate smoothing; TPSPLINE procedure; TRANSREG procedure "Example 65.1: Using Splines and Knots"; TRANSREG procedure "Example 65.4: Transformation Regression of Exhaust Emissions Data"; TRANSREG procedure "MODEL Statement"; TRANSREG procedure "MODEL Statement"; TRANSREG procedure "Solving Standard Least-Squares Problems"; TRANSREG procedure "SPLINE, BSPLINE, and PSPLINE Comparisons"

split-plot design: ANOVA procedure "Example 17.3: Split Plot"; ANOVA procedure "Example 17.4: Latin Square Split Plot"; ANOVA procedure "Example 17.5: Strip-Split Plot"; ANOVA procedure "TEST Statement"; generating with PLAN procedure; MIXED procedure "Example 41.1: Split-Plot Design"; MIXED procedure "Mixed Models Theory"

SPRECISION= option: PROC CALIS statement

SQPCORR option: PROC CANCORR statement

SQSPCORR option: PROC CANCORR statement

square root difference cloud: VARIOGRAM procedure

squared multiple correlation: CALIS procedure "Assessment of Fit"; CALIS procedure "Displayed Output"; CANCORR procedure

squared partial correlation: CANCORR procedure

squared semipartial correlation: CANCORR procedure; formula (CLUSTER)

SS1 option: MODEL statement (GLM); MODEL statement (REG)

SS2 option: MODEL statement (GLM); MODEL statement (REG); MODEL statement (TRANSREG)

SS3 option: MODEL statement (GLM)

SS4 option: MODEL statement (GLM)

SSCP matrix: displaying, for multivariate tests "MANOVA Statement"; displaying, for multivariate tests "MANOVA Statement"; for multivariate tests (GLM) "MANOVA Statement"; for multivariate tests (GLM) "MANOVA Statement"; for multivariate tests (GLM) "MANOVA Statement"

SSCP option: REPEATED statement (MIXED)

SSE option: MODEL statement (REG); PLOT statement (REG)

SSE= option: OUTPUT statement (NLIN)

SSPLINE transformation: MODEL statement (TRANSREG); TRANSFORM statement (PRINQUAL)

ST option: EXACT statement (NPAR1WAY); OUTPUT statement (NPAR1WAY); PROC NPAR1WAY statement

standard deviation: CLUSTER procedure; SURVEYMEANS procedure

standard error: PHREG procedure "BASELINE Statement"; PHREG procedure "Displayed Output"; PHREG procedure "OUTPUT Statement"; PHREG procedure "OUTPUT Statement"; SURVEYMEANS procedure

standard linear model: MIXED procedure

STANDARD option: PROC CLUSTER statement; PROC MODECLUS statement; PROC PRINCOMP statement; PROC PRINQUAL statement

STANDARD procedure: standardized values

standardizing: cluster analysis (STDIZE); CLUSTER procedure; MODECLUS procedure; raw data (SCORE); redundancy variables (TRANSREG); values (STANDARD); values (STDIZE)

star (*) operator: TRANSREG procedure

START option: PROC NLMIXED statement

START= option: MODEL statement (LOGISTIC); MODEL statement (PHREG); MODEL statement (REG); PROC CALIS statement; PROC STEPDISC statement

STAT= option: PROC PLS statement

STATFONT option: PLOT statement (REG)

STATHT option: PLOT statement (REG)

stationary point: NLMIXED procedure

statistic-keywords: SURVEYMEANS procedure

statistical: assumptions (GLM); computation (SURVEYMEANS); quality control; tests (MULTTEST)

STATS option: PROC SURVEYSELECT statement

STATUS option: PAINT statement (REG); REWEIGHT statement (REG)

STB option: MODEL statement (REG); PROC CANCORR statement

STB= option: MODEL statement (LOGISTIC)

STD option: MODEL statement(LOESS); PROC PRINCOMP statement

STD option (MODECLUS)

STD statement, CALIS procedure

STDERR option: LSMEANS statement (GLM); PROC CALIS statement

STDI keyword: OUTPUT statement (GLM)

STDI= option: OUTPUT statement (NLIN)

STDIZE procedure: AGK estimate; analyzing data in groups; Andrew's wave estimate; breakdown point and efficiency; comparisons of quantile computation, PCTLMTD option; computational methods, PCTLDEF option; Euclidean length; examples "Example 59.1: Standardization of Variables in Cluster Analysis"; examples "Getting Started"; final output value; formulas for statistics; fuzz factor; Huber's estimate; initial estimates for A estimates; input data set (METHOD=IN()); methods resistant to clustering; methods resistant to outliers "Getting Started"; methods resistant to outliers "Standardization Methods"; Minkowski metric; missing values "Missing Values"; missing values "PROC STDIZE Statement"; missing values "PROC STDIZE Statement"; missing values "PROC STDIZE Statement"; missing values "PROC STDIZE Statement"; normalization "PROC STDIZE Statement"; normalization "PROC STDIZE Statement"; one-pass quantile computations; OUT= data set "Output Data Sets"; OUT= data set "PROC STDIZE Statement"; output data sets "Output Data Sets"; output data sets "PROC STDIZE Statement"; output data sets "PROC STDIZE Statement"; output table names; OUTSTAT= data set; quantile computation "Computing Quantiles"; quantile computation "Overview"; robust estimators; spacing; standardization methods "Overview"; standardization methods "Standardization Methods"; standardization with weights; Tukey's biweight estimate "Computation of the Statistics"; Tukey's biweight estimate "Getting Started"; tuning constant "Getting Started"; tuning constant "Standardization Methods"; unstandardization; weights

STDIZE procedure, BY statement

STDIZE procedure, FREQ statement

STDIZE procedure, LOCATION statement

STDIZE procedure, PROC STDIZE statement: ADD= option; DATA= option; FUZZ= option; INITIAL= option; METHOD= option; MISSING= option; MULT= option; NMARKERS= option; NOMISS option; NORM option; OUT= option; OUTSTAT= option; PCTLDEF= option; PCTLMTD option; PCTLPTS option; PSTAT option; REPLACE option; REPONLY option; SNORM option; UNSTD option; VARDEF option

STDIZE procedure, SCALE statement

STDIZE procedure, VAR statement

STDIZE procedure, WGT statement

STDMEAN option: PROC CANDISC statement; PROC DISCRIM statement; PROC STEPDISC statement

STDP keyword: OUTPUT statement (GLM)

STDP= option: OUTPUT statement (NLIN)

STDR keyword: OUTPUT statement (GLM)

STDR= option: OUTPUT statement (NLIN)

STDXBETA= option: OUTPUT statement (LOGISTIC)

STD_ERR keyword: OUTPUT statement (LIFEREG)

step halving: PHREG procedure

step length: CALIS procedure

step length options: NLMIXED procedure

STEPBON option: PROC MULTTEST statement

STEPBOOT option: PROC MULTTEST statement

STEPDISC procedure: average squared canonical correlation; computational resources; input data sets; introductory example; memory requirements; methods; missing values; ODS table names; Pillai's trace; stepwise selection; time requirements; tolerance; Wilks' lambda

STEPDISC procedure, BY statement

STEPDISC procedure, CLASS statement

STEPDISC procedure, FREQ statement

STEPDISC procedure, PROC STEPDISC statement: ALL option; BCORR option; BCOV option; BSSCP option; DATA= option; INCLUDE= option; MAXSTEP= option; METHOD= option; PCORR option; PCOV option; PR2ENTRY= option; PR2STAY= option; PSSCP option; SHORT option; SIMPLE option; SINGULAR= option; SLENTRY= option; SLSTAY= option; START= option; STDMEAN option; STOP= option; TCORR option; TCOV option; TSSCP option; WCORR option; WCOV option; WSSCP option

STEPDISC procedure, VAR statement

STEPDISC procedure, WEIGHT statement

stepdown methods: GLM procedure; MULTTEST procedure "Example 43.3: Peto Test"; MULTTEST procedure "p-Value Adjustments"

STEPPERM option: PROC MULTTEST statement

STEPSID option: PROC MULTTEST statement "Example 43.3: Peto Test"; PROC MULTTEST statement "PROC MULTTEST Statement"

stepwise discriminant analysis

stepwise selection: LOGISTIC procedure "Effect Selection Methods"; LOGISTIC procedure "Example 39.1: Stepwise Logistic Regression and Predicted Values"; LOGISTIC procedure "MODEL Statement"; PHREG procedure "Example 49.1: Stepwise Regression"; PHREG procedure "MODEL Statement"; PHREG procedure "Variable Selection Methods"; REG procedure "Model-Selection Methods"; REG procedure "Overview"; STEPDISC procedure

STOP= option: MODEL statement (LOGISTIC); MODEL statement (PHREG); MODEL statement (REG); PROC STEPDISC statement

STOPRES option: MODEL statement (LOGISTIC); MODEL statement (PHREG)

stored data algorithm

stored distance algorithms

strata: SURVEYMEANS procedure; SURVEYREG procedure

STRATA statement: MULTTEST procedure; SURVEYMEANS procedure; SURVEYREG procedure; SURVEYSELECT procedure

STRATA statement, PHREG procedure

strata variables: PHREG procedure; programming statements (PHREG)

stratification: SURVEYMEANS procedure "Displayed Output"; SURVEYMEANS procedure "STRATA Statement"; SURVEYREG procedure "Displayed Output"; SURVEYREG procedure "STRATA Statement"

stratified analysis: FREQ procedure "Overview"; FREQ procedure "TABLES Statement"; PHREG procedure "Overview"; PHREG procedure "STRATA Statement"

stratified cluster sample: SURVEYMEANS procedure

stratified sampling: SURVEYMEANS procedure; SURVEYREG procedure "Example 62.4: Stratified Sampling"; SURVEYREG procedure "Stratified Sampling"; SURVEYSELECT procedure "STRATA Statement"; SURVEYSELECT procedure "Stratified Sampling"

stratified table: example

stratum collapse: SURVEYREG procedure "Example 62.6: Stratum Collapse"; SURVEYREG procedure "Stratum Collapse"

stress formula: MDS procedure "Formulas"; MDS procedure "PROC MDS Statement"; MDS procedure "PROC MDS Statement"

STRICT= option: PROC FASTCLUS statement

strip-split-plot design: ANOVA procedure

STRUCTEQ statement, CALIS procedure

structural equation (CALIS): definition "Assessment of Fit"; definition "PROC CALIS Statement"; definition "STRUCTEQ Statement"; dependent variables; models

structural model example (CALIS): COSAN model; factor analysis model; LINEQS model "Getting Started"; LINEQS model "Structural Equation Models"; LISREL model; path diagram "RAM Model Statement"; path diagram "Structural Equation Models"; RAM model "Getting Started"; RAM model "Structural Equation Models"

Stuart's tau-c statistic

STUDENT keyword: OUTPUT statement (GLM)

STUDENT= option: OUTPUT statement (NLIN)

Student's multiple range test

Studentized maximum modulus: pairwise comparisons "MEANS Statement"; pairwise comparisons "Multiple Comparisons"

studentized residual

STUTC option: OUTPUT statement (FREQ); TEST statement (FREQ)

SUBCLUSTER= option: REPEATED statement (GENMOD)

subject effect: MIXED procedure "Computational Issues"; MIXED procedure "CONTRAST Statement"; MIXED procedure "Example 41.1: Split-Plot Design"; MIXED procedure "RANDOM Statement"; MIXED procedure "REPEATED Statement"

SUBJECT option: CONTRAST statement (MIXED); ESTIMATE statement (MIXED)

SUBJECT= option: RANDOM statement (MIXED) "CONTRAST Statement"; RANDOM statement (MIXED) "RANDOM Statement"; REPEATED statement (GENMOD); REPEATED statement (MIXED)

subject weights: MDS procedure "Overview"; MDS procedure "PROC MDS Statement"

subpopulation: GENMOD procedure; LOGISTIC procedure "MODEL Statement"; LOGISTIC procedure "MODEL Statement"; LOGISTIC procedure "Overdispersion"

SUM option: PROC MODECLUS statement

sum-to-zero assumptions

summary of commands: MIXED procedure

SUMMARY option: MANOVA statement (ANOVA); MANOVA statement (GLM); PROC CALIS statement; PROC FASTCLUS statement; PROC VARCLUS statement; REPEATED statement (ANOVA); REPEATED statement (GLM)

summary statistics: REG procedure

sums of squares: GLM procedure "MODEL Statement"; GLM procedure "MODEL Statement"; GLM procedure "MODEL Statement"; GLM procedure "MODEL Statement"; Type II (GLM); Type II (TRANSREG)

suppressing output: CANCORR procedure; GENMOD procedure; LIFETEST procedure

surface trend: VARIOGRAM procedure

survey data analysis

survey sampling: cluster sampling; descriptive statistics; finite population correction factor; first-stage sampling unit; fpc; multistage sampling; population; population total; PPS; primary sampling units (PSUs); regression analysis; sample selection; sampling fraction; sampling frame; sampling rate; sampling unit; sampling weight; stratified sampling; survey weight; SURVEYMEANS procedure; SURVEYREG procedure; SURVEYSELECT procedure; variance estimation

survey weight

SURVEYMEANS procedure: categorical variable "CLASS Statement"; categorical variable "Statistical Computation"; categorical variable "Statistical Computation"; class level; cluster; coefficient of variation; confidence level; confidence limits "Statistical Computation"; confidence limits "Statistical Computation"; data summary; degrees of freedom; descriptive statistics; estimated frequency; estimated total; first-stage sampling rate; indicator variable; mean per element; means; missing values "Missing Values"; missing values "PROC SURVEYMEANS Statement"; ODS table names; output data sets "Create Output Data Set"; output data sets "Output Data Sets"; output table names; population total "PROC SURVEYMEANS Statement"; population total "Specification of Population Totals and Sampling Rates"; primary sampling units (PSUs); proportion estimation; sampling rate "PROC SURVEYMEANS Statement"; sampling rate "Specification of Population Totals and Sampling Rates"; simple random sampling; standard deviation of the total; standard error of the mean; statistic-keywords; statistical computation; strata; stratification "Displayed Output"; stratification "STRATA Statement"; stratified cluster sample; stratified sampling; t test; unequal weighting; valid observation; variance of the mean; variance of the total

SURVEYMEANS procedure, BY statement

SURVEYMEANS procedure, CLASS statement

SURVEYMEANS procedure, CLUSTER statement

SURVEYMEANS procedure, PROC SURVEYMEANS statement: ALPHA= option; DATA= option; MISSING option; N= option; ORDER= option; R= option; RATE= option; TOTAL= option

SURVEYMEANS procedure, STRATA statement: LIST option

SURVEYMEANS procedure, VAR statement

SURVEYMEANS procedure, WEIGHT statement

SURVEYREG procedure: analysis of contrasts; analysis of variance; ANOVA; classification level; classification variables; cluster; coefficients of contrast; coefficients of estimate; computational details; confidence level; confidence limits; contrasts "Computational Method"; contrasts "CONTRAST Statement"; data summary; degrees of freedom; design effect; design summary; domain analysis; effect testing "Computational Method"; effect testing "Displayed Output"; estimable functions "Displayed Output"; estimable functions "ESTIMATE Statement"; first-stage sampling rate; inverse matrix of X'X; missing values; MSE; multiple R-squared; output data set "Create Output Data Set"; output data set "Output Data Sets"; output table names; pooled stratum; population total "PROC SURVEYREG Statement"; population total "Specification of Population Totals and Sampling Rates"; primary sampling units (PSUs); regression coefficients "Computational Method"; regression coefficients "Displayed Output"; regression estimator "Example 62.3: Regresson Estimator for Simple Random Sample"; regression estimator "Example 62.5: Regression Estimator for Stratified Sample"; Root MSE; sampling rate "PROC SURVEYREG Statement"; sampling rate "Specification of Population Totals and Sampling Rates"; simple random cluster sampling; simple random sampling "Examples"; simple random sampling "Simple Random Sampling"; singularity level "CONTRAST Statement"; singularity level "ESTIMATE Statement"; strata; stratification "Displayed Output"; stratification "STRATA Statement"; stratified sampling "Example 62.4: Stratified Sampling"; stratified sampling "Stratified Sampling"; stratum collapse "Example 62.6: Stratum Collapse"; stratum collapse "Stratum Collapse"; subpopulation analysis; variance estimation; Wald test "Computational Method"; Wald test "Computational Method"; X'X matrix

SURVEYREG procedure, BY statement

SURVEYREG procedure, CLASS statement

SURVEYREG procedure, CLUSTER statement

SURVEYREG procedure, CONTRAST statement: E option; NOFILL option; SINGULAR= option

SURVEYREG procedure, ESTIMATE statement: DIVISOR= option; E option; NOFILL option; SINGULAR= option

SURVEYREG procedure, MODEL statement: CLPARM option; COVB option; DEFF option; DF= option; INVERSE option; NOINT option; SOLUTION option; XPX option

SURVEYREG procedure, PROC SURVEYREG statement: ALPHA= option; DATA= option; N= option; NOPRINT option; R= option; RATE= option; TOTAL= option

SURVEYREG procedure, STRATA statement: LIST option; NOCOLLAPSE option

SURVEYREG procedure, WEIGHT statement

SURVEYSELECT procedure: Brewer's method "Brewer's PPS Method"; Brewer's method "PROC SURVEYSELECT Statement"; certainty size measure; Chromy's method "PPS Sequential Sampling"; Chromy's method "PROC SURVEYSELECT Statement"; Chromy's method "PROC SURVEYSELECT Statement"; Chromy's method "Sequential Random Sampling"; control sorting "CONTROL Statement"; control sorting "PROC SURVEYSELECT Statement"; control sorting "Sorting by CONTROL Variables"; dollar-unit sampling; initial seed; introductory example; joint selection probabilities; maximum size measure; minimum size measure; missing values; Murthy's method "Murthy's PPS Method"; Murthy's method "PROC SURVEYSELECT Statement"; output data sets "Output Data Set"; output data sets "PROC SURVEYSELECT Statement"; output table names; PPS sampling "Example 63.2: PPS Selection of Two Units Per Stratum"; PPS sampling "PPS Sampling with Replacement"; PPS sampling "PPS Sampling without Replacement"; PPS sampling "PPS Sequential Sampling"; PPS sampling "PPS Systematic Sampling"; PPS sampling "PROC SURVEYSELECT Statement"; PPS sampling "PROC SURVEYSELECT Statement"; PPS sampling "PROC SURVEYSELECT Statement"; PPS sampling "PROC SURVEYSELECT Statement"; replicated sampling "Example 63.1: Replicated Sampling"; replicated sampling "PROC SURVEYSELECT Statement"; Sampford's method "PROC SURVEYSELECT Statement"; Sampford's method "Sampford's PPS Method"; sample selection methods; sample size; sampling rate; sequential random sampling "PROC SURVEYSELECT Statement"; sequential random sampling "Sequential Random Sampling"; serpentine sorting "PROC SURVEYSELECT Statement"; serpentine sorting "Sorting by CONTROL Variables"; simple random sampling "PROC SURVEYSELECT Statement"; simple random sampling "Simple Random Sampling"; simple random sampling "Simple Random Sampling"; stratified sampling "STRATA Statement"; stratified sampling "Stratified Sampling"; systematic random sampling "PROC SURVEYSELECT Statement"; systematic random sampling "Systematic Random Sampling"; unrestricted random sampling "PROC SURVEYSELECT Statement"; unrestricted random sampling "Unrestricted Random Sampling"

SURVEYSELECT procedure, CONTROL statement

SURVEYSELECT procedure, ID statement

SURVEYSELECT procedure, PROC SURVEYSELECT statement: CERTSIZE option; CERTSIZE= option "PROC SURVEYSELECT Statement"; CERTSIZE= option "PROC SURVEYSELECT Statement"; CERTSIZE= option "PROC SURVEYSELECT Statement"; DATA= option; JTPROBS option; MAXSIZE option; MAXSIZE= option "PROC SURVEYSELECT Statement"; MAXSIZE= option "PROC SURVEYSELECT Statement"; METHOD= option; MINSIZE option; MINSIZE= option "PROC SURVEYSELECT Statement"; MINSIZE= option "PROC SURVEYSELECT Statement"; NMAX= option; NMIN= option; NOPRINT option; OUT= option; OUTHITS option; OUTSIZE option; OUTSORT= option; REP= option; SAMPRATE= option "PROC SURVEYSELECT Statement"; SAMPRATE= option "PROC SURVEYSELECT Statement"; SAMPRATE= option "PROC SURVEYSELECT Statement"; SAMPSIZE= option "PROC SURVEYSELECT Statement"; SAMPSIZE= option "PROC SURVEYSELECT Statement"; SAMPSIZE= option "PROC SURVEYSELECT Statement"; SEED= option; SORT= option; STATS option

SURVEYSELECT procedure, SIZE statement

SURVEYSELECT procedure, STRATA statement

survival analysis: LIFETEST procedure

survival curves, comparing

survival data

survival distribution function: LIFEREG procedure "Computational Formulas"; LIFEREG procedure "Model Specifications"; LIFEREG procedure "Output Data Sets"; LIFEREG procedure "Overview"; LIFEREG procedure "Overview"; LIFEREG procedure "Supported Distributions"; LIFETEST procedure; PHREG procedure

survival estimates: confidence limits (LIFETEST)

survival models, nonparametric: LIFETEST procedure

survival models, parametric

survival times: PHREG procedure "Example 49.3: Conditional Logistic Regression for m:n Matching"; PHREG procedure "Overview"; PHREG procedure "Overview"

survivor function: definition (PHREG); estimates (LOGISTIC); estimates (PHREG) "BASELINE Statement"; estimates (PHREG) "Example 49.6: Survivor Function Estimates for Specific Covariate Values"; estimates (PHREG) "Example 49.6: Survivor Function Estimates for Specific Covariate Values"; estimates (PHREG) "OUTPUT Statement"; estimates (PHREG) "Survival Distribution Estimates for the Cox Model"; LIFETEST procedure; PHREG procedure "Failure Time Distribution"; PHREG procedure "OUTPUT Statement"; PHREG procedure "Overview"; PHREG procedure "Overview"

sweep algorithm: REG procedure

SYMBOL= option: PAINT statement (REG); PLOT statement (REG)

SYMBOLLEGEND= option: PLOT statement (BOXPLOT)

SYMBOLORDER= option: PLOT statement (BOXPLOT)

symmetric and positive definite (SIM2D): covariance matrix

systematic random sampling: SURVEYSELECT procedure "PROC SURVEYSELECT Statement"; SURVEYSELECT procedure "Systematic Random Sampling"

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