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I
-
I option
- MODEL statement (GLM)
- MODEL statement (REG)
-
IAPPROXIMATIONS option
- OUTPUT statement (TRANSREG)
-
IC option
- PROC MIXED statement
-
ID statement
- BOXPLOT procedure
- DISCRIM procedure
- GLM procedure
- LOESS procedure
- MDS procedure
- MIXED procedure
- MODECLUS procedure
- NLIN procedure
- NLMIXED procedure
- PHREG procedure
- PRINQUAL procedure
- REG procedure
- RSREG procedure
- SURVEYSELECT procedure
- TPSPLINE procedure
- TRANSREG procedure
- TREE procedure
-
id variables
- TRANSREG procedure
-
IDCOLOR= option
- PLOT statement (BOXPLOT)
-
IDCTEXT= option
- PLOT statement (BOXPLOT)
-
ideal point model
- TRANSREG procedure
-
ideal points
- TRANSREG procedure
-
identification variables
-
IDENTITY keyword
- REPEATED statement (ANOVA)
-
IDENTITY option
- REPEATED statement (GLM) "Example 30.9: Analyzing a Doubly-multivariate Repeated Measures Design"
- REPEATED statement (GLM) "REPEATED Statement"
-
IDENTITY transformation
- MODEL statement (TRANSREG)
- TRANSFORM statement (PRINQUAL)
- PRINQUAL procedure
- TRANSREG procedure
-
IDFONT= option
- PLOT statement (BOXPLOT)
-
IDHEIGHT= option
- PLOT statement (BOXPLOT)
-
IDSYMBOL= option
- PLOT statement (BOXPLOT)
-
IFACTOR= option
- PRIOR statement (MIXED)
-
ill-conditioned data
- ORTHOREG procedure
-
image component analysis
-
implicit intercept
- TRANSREG procedure
-
imputation of missing values
- FASTCLUS procedure
-
IMPUTE option
- PROC FASTCLUS statement
-
IN option
- PLOT statement (REG)
-
INAV= option
- PROC MDS statement
-
INBREED procedure
- coancestry, computing
- coefficient of relationship, computing
- covariance coefficients "Computational Details"
- covariance coefficients "Computational Details"
- covariance coefficients "MATINGS Statement"
- covariance coefficients "Overview"
- covariance coefficients "Performing the Analysis"
- covariance coefficients "Performing the Analysis"
- covariance coefficients "PROC INBREED Statement"
- covariance coefficients "PROC INBREED Statement"
- covariance coefficients "PROC INBREED Statement"
- covariance coefficients matrix, output
- first parent "GENDER Statement"
- first parent "VAR Statement"
- full sibs mating "Computational Details"
- full sibs mating "Computational Details"
- full sibs mating "Computational Details"
- generation number
- generation variable
- generation, nonoverlapping "Overview"
- generation, nonoverlapping "Performing the Analysis"
- generation, nonoverlapping "Performing the Analysis"
- generation, overlapping "Overview"
- generation, overlapping "Performing the Analysis"
- inbreeding coefficients "Computational Details"
- inbreeding coefficients "MATINGS Statement"
- inbreeding coefficients "Overview"
- inbreeding coefficients "Performing the Analysis"
- inbreeding coefficients "PROC INBREED Statement"
- inbreeding coefficients "PROC INBREED Statement"
- inbreeding coefficients matrix, output
- individuals, outputting coefficients
- individuals, specifying "GENDER Statement"
- individuals, specifying "Performing the Analysis"
- individuals, specifying "VAR Statement"
- individuals, specifying "VAR Statement"
- initial covariance value
- initial covariance value, assigning
- initial covariance value, specifying
- kinship coefficient
- last generation's coefficients, output "PROC INBREED Statement"
- last generation's coefficients, output "PROC INBREED Statement"
- mating, offspring and parent "Computational Details"
- mating, offspring and parent "Computational Details"
- mating, self
- matings, output
- memory requirements
- monoecious population analysis, example
- offspring "Computational Details"
- offspring "PROC INBREED Statement"
- offspring "PROC INBREED Statement"
- ordering observations
- OUTCOV= data set "OUTCOV= Data Set"
- OUTCOV= data set "PROC INBREED Statement"
- output table names
- panels "Example 32.3: Pedigree Analysis with BY Groups"
- panels "OUTCOV= Data Set"
- pedigree analysis "Getting Started"
- pedigree analysis "Overview"
- pedigree analysis "The Format of the Input Data Set"
- pedigree analysis, example "Example 32.2: Pedigree Analysis"
- pedigree analysis, example "Example 32.3: Pedigree Analysis with BY Groups"
- population, monoecious
- population, multiparous "DATA= Data Set"
- population, multiparous "PROC INBREED Statement"
- population, multiparous "PROC INBREED Statement"
- population, nonoverlapping
- population, overlapping "Computational Details"
- population, overlapping "Performing the Analysis"
- population, overlapping "The Format of the Input Data Set"
- progeny "Computational Details"
- progeny "Computational Details"
- progeny "Computational Details"
- progeny "Computational Details"
- progeny "DATA= Data Set"
- progeny "Example 32.2: Pedigree Analysis"
- progeny "Missing Values"
- second parent "GENDER Statement"
- second parent "VAR Statement"
- selective matings, output
- specifying gender
- theoretical correlation
- unknown or missing parents "Computational Details"
- unknown or missing parents "Computational Details"
- variables, unaddressed "DATA= Data Set"
- variables, unaddressed "DATA= Data Set"
- variables, unaddressed "VAR Statement"
-
INBREED procedure, BY statement
-
INBREED procedure, CLASS statement
-
INBREED procedure, GENDER statement
-
INBREED procedure, MATINGS statement
-
INBREED procedure, PROC INBREED statement
- AVERAGE option
- COVAR option
- DATA= option
- IND option
- INDL option
- INIT= option
- MATRIX option
- MATRIXL option
- NOPRINT option
- OUTCOV= option
-
INBREED procedure, VAR statement
-
INC= option
- PROC TREE statement
-
INCLUDE= option
- MODEL statement (LOGISTIC)
- MODEL statement (PHREG)
- MODEL statement (REG)
- PROC STEPDISC statement
-
incomplete block design
- generating with PLAN procedure "Example 50.3: An Incomplete Block Design"
- generating with PLAN procedure "Example 50.5: A Generalized Cyclic Incomplete Block Design"
-
incomplete principal components
- REG procedure "MODEL Statement"
- REG procedure "PROC REG Statement"
-
IND option
- PROC INBREED statement
-
independent variable
- defined (ANOVA)
-
individual difference models
- MDS procedure
-
INDL option
- PROC INBREED statement
-
INDSCAL model
- MDS procedure "Overview"
- MDS procedure "PROC MDS Statement"
-
inertia, definition
- CORRESP procedure
-
INEST= option
- PROC CALIS statement
- PROC LOGISTIC statement
-
inference
- mixed model (MIXED)
- space, mixed model (MIXED) "CONTRAST Statement"
- space, mixed model (MIXED) "CONTRAST Statement"
- space, mixed model (MIXED) "ESTIMATE Statement"
- space, mixed model (MIXED) "Example 41.1: Split-Plot Design"
-
infinite likelihood
- MIXED procedure "Computational Issues"
- MIXED procedure "REPEATED Statement"
-
infinite parameter estimates
- LOGISTIC procedure "Existence of Maximum Likelihood Estimates"
- LOGISTIC procedure "MODEL Statement"
-
INFLUENCE option
- MODEL statement (LOGISTIC)
- MODEL statement (REG)
-
influence statistics
- REG procedure
-
INFO option
- PROC MIXED statement
-
information criteria
- MIXED procedure
-
information matrix
- expected (GENMOD)
- LIFEREG procedure "Computational Method"
- LIFEREG procedure "Model Specifications"
- LIFEREG procedure "Overview"
- LIFEREG procedure "Overview"
- observed (GENMOD)
-
INHESSIAN option
- PROC NLMIXED statement
-
INIT= option
- PROC INBREED statement
-
initial covariance value
- assigning (INBREED)
- INBREED procedure
- specifying (INBREED)
-
initial estimates
- ACECLUS procedure
- LIFEREG procedure
-
INITIAL= option
- MODEL statement (GENMOD)
- MODEL statement (LIFEREG)
- PROC ACECLUS statement
- PROC MDS statement
- PROC STDIZE statement
- PROC VARCLUS statement
- REPEATED statement (GENMOD)
-
initial seeds
- FASTCLUS procedure "Background"
- FASTCLUS procedure "PROC FASTCLUS Statement"
-
initial values
- CALIS procedure "Initial Estimates"
- CALIS procedure "LINEQS Model Statement"
- CALIS procedure "MATRIX Statement"
- CALIS procedure "Overview"
- CALIS procedure "PROC CALIS Statement"
- CALIS procedure "PROC CALIS Statement"
- CALIS procedure "RAM Model Statement"
- GENMOD procedure "MODEL Statement"
- GENMOD procedure "REPEATED Statement"
- GENMOD procedure "REPEATED Statement"
- LOGISTIC procedure
- MDS procedure "INITIAL= Data Set"
- MDS procedure "PROC MDS Statement"
- MDS procedure "PROC MDS Statement"
- MDS procedure "PROC MDS Statement"
- MDS procedure "PROC MDS Statement"
- MDS procedure "PROC MDS Statement"
- MDS procedure "PROC MDS Statement"
- MDS procedure "PROC MDS Statement"
- MDS procedure "PROC MDS Statement"
- MIXED procedure
-
initialization
- random (PRINQUAL)
- TRANSREG procedure
-
INITITER= option
- PROC PRINQUAL statement
-
INRAM= option
- PROC CALIS statement
-
instantaneous failure rate
- PHREG procedure
-
INSTAT= option
- PROC FASTCLUS statement
-
INSTEP= option
- NLOPTIONS statement (CALIS)
- PROC CALIS statement
- PROC NLMIXED statement
-
INT option
- PROC CANCORR statement
-
integral approximations
- NLMIXED procedure "Integral Approximations"
- NLMIXED procedure "PROC NLMIXED Statement"
-
interaction effects
- MIXED procedure
- model parameterization (GLM)
- quantitative (TRANSREG)
- specifying (ANOVA) "Specification of Effects"
- specifying (ANOVA) "Specification of Effects"
- specifying (CATMOD)
- specifying (GLM)
- TRANSREG procedure "MODEL Statement"
- TRANSREG procedure "Model Statement Usage"
- TRANSREG procedure "Model Statement Usage"
- TRANSREG procedure "Model Statement Usage"
- TRANSREG procedure "Model Statement Usage"
-
intercept
- GENMOD procedure "MODEL Statement"
- GENMOD procedure "Poisson Regression"
- GENMOD procedure "The GENMOD Procedure"
- hypothesis tests for (ANOVA)
- hypothesis tests for (GLM)
- MIXED procedure
- model parameterization (GLM)
- no intercept (TRANSREG)
-
INTERCEPT effect
- CONTRAST statement (GLM) "CONTRAST Statement"
- CONTRAST statement (GLM) "ESTIMATE Statement"
- MANOVA statement (ANOVA)
- MANOVA statement, H= option (GLM)
-
INTERCEPT option
- MODEL statement (ANOVA)
- MODEL statement (GLM)
- MODEL statement (PLS)
-
INTERCEPT= option
- MODEL statement (GENMOD)
- MODEL statement (LIFEREG)
- REPEATED statement (GENMOD)
-
interpretation
- factor rotation
-
interpreting factors, elements to consider
-
interpreting output
- VARCLUS procedure
-
interval determination
- LIFETEST procedure
-
INTERVAL= option
- PLOT statement (BOXPLOT)
-
interval variable
-
INTERVALS= option
- PROC LIFETEST statement
-
intraclass correlation coefficient
- MIXED procedure
-
INVAR= option
- PROC CALIS statement
-
INVAR statement, MDS procedure
-
inverse confidence limits
- PROBIT procedure "Inverse Confidence Limits"
- PROBIT procedure "PROC PROBIT Statement"
-
inverse Gaussian distribution
- GENMOD procedure
-
inverse matrix of X'X
- SURVEYREG procedure
-
INVERSE option
- MODEL statement (GLM)
- MODEL statement (SURVEYREG)
-
INVERSECL option
- PROC PROBIT statement
-
INVLINK statement, GENMOD procedure
-
INWGT= option
- PROC CALIS statement
-
IPC analysis
- REG procedure "Computations for Ridge Regression and IPC Analysis"
- REG procedure "MODEL Statement"
- REG procedure "PROC REG Statement"
-
IPLOTS option
- MODEL statement (LOGISTIC)
-
IREPLACE option
- OUTPUT statement (TRANSREG)
-
IRLS option
- PROC FASTCLUS statement
-
ITDETAILS option
- PROC MIXED statement
- PROC NLMIXED statement
-
ITER= option
- PROC MDS statement
-
iterated factor analysis
-
iteration history
- NLMIXED procedure "Displayed Output"
- NLMIXED procedure "PROC NLMIXED Statement"
-
iterations
- history (MIXED)
- history (PHREG) "Displayed Output"
- history (PHREG) "MODEL Statement"
- PRINQUAL procedure
- restarting (PRINQUAL) "PROC PRINQUAL Statement"
- restarting (PRINQUAL) "REITERATE Option Usage"
- restarting (TRANSREG)
-
ITERATIONS= option
- MODEL statement(LOESS)
-
ITPRINT option
- MODEL statement (GENMOD)
- MODEL statement (LIFEREG)
- MODEL statement (LOGISTIC)
- MODEL statement (PHREG)
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 |