Akaike's information criterion: example (MIXED) "Example 37.1: Split-Plot Design"; example (MIXED) "Example 37.2: Repeated Measures"; example (MIXED) "Example 37.6: Line-Source Sprinkler Irrigation"; LOGISTIC procedure; MIXED procedure "Default Output"; MIXED procedure "Mixed Models Theory"; MIXED procedure "PROC MIXED Statement"

ALG= option: PRIOR statement (MIXED)

ALGORITHM= option: PROC PLS statement

algorithms: TRANSREG procedure

aliasing: GENMOD procedure

ALIASING option: MODEL statement (GLM) "Example 28.11: Analysis of a Screening Design"; MODEL statement (GLM) "MODEL Statement"

aliasing structure: GLM procedure

aliasing structure (GLM)

ALL option: MODEL statement (REG); NLOPTIONS statement (CALIS); OUTPUT statement (FREQ); PROC CALIS statement; PROC CANCORR statement; PROC CANDISC statement; PROC CORRESP statement; PROC DISCRIM statement; PROC FACTOR statement; PROC MODECLUS statement; PROC REG statement; PROC STEPDISC statement; TABLES statement (FREQ)

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

_ALL_ effect: MANOVA statement (ANOVA); MANOVA statement, H= option (GLM)

ALOGIT function: RESPONSE statement (CATMOD)

alpha factor analysis "Overview"

alpha factor analysis "PROC FACTOR Statement"

alpha level: ANOVA procedure; FREQ procedure; GLM procedure "LSMEANS Statement"; GLM procedure "MEANS Statement"; GLM procedure "MODEL Statement"; GLM procedure "OUTPUT Statement"; NPAR1WAY procedure; REG procedure; TRANSREG procedure; TTEST procedure

ALPHA= option: BASELINE statement (PHREG); ESTIMATE statement (GENMOD); ESTIMATE statement (MIXED); EXACT statement (NPAR1WAY); LSMEANS statement (GENMOD); LSMEANS statement (GLM); LSMEANS statement (MIXED); MEANS statement (ANOVA); MEANS statement (GLM); MODEL statement (GENMOD); MODEL statement (GLM); MODEL statement (LOGISTIC); MODEL statement (PHREG); MODEL statement (REG); MODEL statement (TRANSREG); OUTPUT statement (GLM); OUTPUT statement (LOGISTIC); PROC GLM statement; PROC LIFETEST statement; PROC MIXED statement; PROC REG statement; PROC TTEST statement; RANDOM statement (MIXED); TABLES statement (FREQ)

ALPHAECV= option: PROC CALIS statement

ALPHAINIT= option: REPEATED statement (GENMOD)

ALPHAP= option: MODEL statement (MIXED)

ALPHAQT= option: PROC LIFETEST statement

ALPHARMS= option: PROC CALIS statement

ALR Algorithm: GENMOD procedure

ALT= option: PROC MDS statement

ALTERNATE= option: PROC MDS statement

alternating least squares: MDS procedure

Alternating Logistic Regressions: GENMOD procedure

AM option: PROC MODECLUS statement

analyse des correspondances: CORRESP procedure

analysis of covariance: examples (GLM); MODEL statements (GLM)

analysis of covariation (NESTED)

analysis of variance: categorical data; CATMOD procedure; mixed models (GLM); MODEL statements (GLM); multivariate (ANOVA); multivariate (CANDISC); multivariate (GLM) "Example 28.6: Multivariate Analysis of Variance"; multivariate (GLM) "MANOVA Statement"; multivariate (GLM) "Multivariate Analysis of Variance"; nested design; one-way layout, example; one-way tests (NPAR1WAY); one-way, variance-weighted; quadratic response surfaces; repeated measures (CATMOD); repeated measures (GLM) "Example 28.7: Repeated Measures Analysis of Variance"; repeated measures (GLM) "Example 28.9: Analyzing a Doubly-multivariate Repeated Measures Design"; repeated measures (GLM) "Repeated Measures Analysis of Variance"; three-way design (GLM); unbalanced (GLM) "Example 28.3: Unbalanced ANOVA for Two-Way Design with Interaction"; unbalanced (GLM) "Means Versus LS-Means"; unbalanced (GLM) "PROC GLM for Unbalanced ANOVA"; within-subject factors, repeated measurements

analyzing data in groups: CANCORR procedure; FACTOR procedure; FASTCLUS procedure; MDS procedure; PRINCOMP procedure; SCORE procedure; TREE procedure; VARCLUS procedure

Andersen-Gill model: PHREG procedure "Example 44.8: Multiple Failure Outcomes"; PHREG procedure "The Multiplicative Hazards Model"; VARIOGRAM procedure "COMPUTE Statement"; VARIOGRAM procedure "DIRECTIONS Statement"

angle classes: VARIOGRAM procedure

ANGLE= option: MODEL statement (KRIGE2D); SIMULATE statement (SIM2D); VARIOGRAM procedure "COMPUTE Statement"; VARIOGRAM procedure "DIRECTIONS Statement"

angle tolerance: VARIOGRAM procedure

ANGLETOLERANCE= option: COMPUTE statement (VARIOGRAM)

anisotropic models: KRIGE2D procedure; VARIOGRAM procedure

anisotropic nugget effect: KRIGE2D procedure

ANNO= option: PLOT statement (REG)

annotate: global data set (REG); local data set (REG)

ANNOTATE= option: PLOT statement (REG); PROC REG statement

ANOVA: codings (TRANSREG); in OUTTEST= data set (TRANSREG); table (TRANSREG) "Hypothesis Tests"; table (TRANSREG) "MODEL Statement"; TRANSREG procedure

ANOVA (row mean scores) statistic

ANOVA option: PROC CANDISC statement; PROC DISCRIM statement; PROC NPAR1WAY statement

ANOVA procedure: absorption of effects; alpha level; at sign (@) operator; balanced data; balanced data, exceptions; bar (|) operator; Bartlett's test; block diagonal matrices; Brown and Forsythe's test; canonical analysis; canonical variables; characteristic roots and vectors; compared to other procedures; complete block design; computational methods; confidence intervals; contrasts; dependent variable; disk space; effect specification; factor name; homogeneity of variance tests; hypothesis tests; independent variable; interactive use; interactivity and missing values; introductory example; level values; Levene's test for homogeneity of variance; means; memory requirements "ABSORB Statement"; memory requirements "Computational Method"; missing values "Missing Values"; missing values "PROC ANOVA Statement"; model specification; multiple comparison procedures; multiple comparisons; multivariate analysis of variance "MANOVA Statement"; multivariate analysis of variance "PROC ANOVA Statement"; O'Brien's test; ODS table names; orthonormalizing transformation matrix; output data sets "Output Data Set"; output data sets "PROC ANOVA Statement"; pooling, automatic; repeated measures; specification of effects; sphericity tests; SSCP matrix for multivariate tests; syntax; transformations; transformations for MANOVA; unbalanced data, caution; Welch's ANOVA; WHERE statement

ANOVA procedure, ABSORB statement

ANOVA procedure, BY statement

ANOVA procedure, CLASS statement

ANOVA procedure, FREQ statement

ANOVA procedure, MANOVA statement: _ALL_ effect; CANONICAL option; E= option; H= option; INTERCEPT effect; M= option; MNAMES= option; ORTH option; PREFIX= option; PRINTE option; PRINTH option; SUMMARY option

ANOVA procedure, MEANS statement: ALPHA= option; BON option; CLDIFF option; CLM option; DUNCAN option; DUNNETT option; DUNNETTL option; DUNNETTU option; E= option; GABRIEL option; HOVTEST option; KRATIO= option; LINES option; LSD option; NOSORT option; REGWQ option; SCHEFFE option; SIDAK option; SMM option; SNK option; TUKEY option; WALLER option; WELCH option

ANOVA procedure, MODEL statement: INT option; NOUNI option

ANOVA procedure, PROC ANOVA statement: DATA= option; MANOVA option; MULTIPASS option; NAMELEN= option; NOPRINT option; ORDER= option; OUTSTAT= option

ANOVA procedure, REPEATED statement: CANONICAL option; CONTRAST keyword; E= effects; factor specification; H= effects; HELMERT keyword; IDENTITY keyword; MEAN keyword; NOM option; NOU option; POLYNOMIAL keyword; PRINTE option; PRINTH option; PRINTM option; PRINTRV option; PROFILE keyword; SUMMARY option

ANOVA procedure, TEST statement

Ansari-Bradley scores: NPAR1WAY procedure

ante-dependence structure: MIXED procedure

AOV option: PROC NESTED statement

apparent error rate

appropriate scoring: CORRESP procedure

approximate covariance: options (CALIS)

approximate covariance estimation: clustering

approximate standard errors: CALIS procedure "Approximate Standard Errors"; CALIS procedure "Displayed Output"; CALIS procedure "PROC CALIS Statement"