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 |
P
-
P option
- MODEL statement (GLM)
- MODEL statement (REG)
-
P= option
- PROC ACECLUS statement
-
P-P plots
- REG procedure "Construction of Q-Q and P-P Plots"
- REG procedure "Example 55.8: Creating PP and QQ Plots"
-
p-value adjustments
- Bonferroni (MULTTEST) "p-Value Adjustments"
- Bonferroni (MULTTEST) "PROC MULTTEST Statement"
- bootstrap (MULTTEST) "Drug Example"
- bootstrap (MULTTEST) "Example 43.2: Freeman-Tukey and t-Tests with Bootstrap Resampling"
- bootstrap (MULTTEST) "p-Value Adjustments"
- bootstrap (MULTTEST) "PROC MULTTEST Statement"
- false discovery rate (MULTTEST)
- Hochberg (MULTTEST)
- MULTTEST procedure "Overview"
- MULTTEST procedure "p-Value Adjustments"
- permutation (MULTTEST) "Example 43.4: Fisher Test with Permutation Resampling"
- permutation (MULTTEST) "p-Value Adjustments"
- permutation (MULTTEST) "PROC MULTTEST Statement"
- Sidak (MULTTEST) "Example 43.3: Peto Test"
- Sidak (MULTTEST) "p-Value Adjustments"
- Sidak (MULTTEST) "PROC MULTTEST Statement"
-
p-value computation
- MODECLUS procedure
-
PAGE option
- PROC FREQ statement
-
PAGENUM= option
- PLOT statement (BOXPLOT)
-
PAGENUMPOS= option
- PLOT statement (BOXPLOT)
-
PAGES= option
- PROC TREE statement
-
PAINT statement
- REG procedure
-
painting line-printer plots
- REG procedure
-
paired comparisons
-
PAIRED statement
- TTEST procedure
-
paired t test
-
paired-difference t test
-
pairwise comparisons
- GLM procedure
-
PALL option
- NLOPTIONS statement (CALIS)
- PROC CALIS statement
-
panels
- INBREED procedure "Example 32.3: Pedigree Analysis with BY Groups"
- INBREED procedure "OUTCOV= Data Set"
-
PARAM= option
- CLASS statement (LOGISTIC)
-
parameter constraints
- MIXED procedure "Computational Issues"
- MIXED procedure "PARMS Statement"
-
parameter estimates
- covariance matrix (CATMOD)
- example (REG)
- NLMIXED procedure
- PHREG procedure "Displayed Output"
- PHREG procedure "Displayed Output"
- PHREG procedure "Getting Started"
- PHREG procedure "PROC PHREG Statement"
- PHREG procedure "PROC PHREG Statement"
- REG procedure
-
PARAMETER= option
- MODEL statement (TRANSREG)
- TRANSFORM statement (PRINQUAL)
-
parameter rescaling
- NLMIXED procedure
-
parameter specification
- NLMIXED procedure
-
parameterization
- mixed model (MIXED)
- MIXED procedure
- of models (GLM)
-
PARAMETERS statement
- CALIS procedure
- NLIN procedure
-
parametric discriminant analysis
-
PARENT statement
- TREE procedure
-
Pareto charts
-
PARMLABEL option
- MODEL statement (LOGISTIC)
-
PARMS= option
- OUTPUT statement (NLIN)
-
PARMS statement
- MIXED procedure "Example 41.3: Plotting the Likelihood"
- MIXED procedure "PARMS Statement"
- NLMIXED procedure
-
PARMSDATA= option
- PARMS statement (MIXED)
-
parsimax method
-
partial canonical correlation
-
partial correlation
- CANCORR procedure "PARTIAL Statement"
- CANCORR procedure "PROC CANCORR Statement"
- CANCORR procedure "PROC CANCORR Statement"
- principal components
-
partial correlations
- multivariate analysis of variance
-
partial least squares
-
partial likelihood
- PHREG procedure "Overview"
- PHREG procedure "Partial Likelihood Function for the Cox Model"
- PHREG procedure "Partial Likelihood Function for the Cox Model"
- PHREG procedure "The Multiplicative Hazards Model"
-
PARTIAL option
- MODEL statement (REG)
-
partial regression leverage plots
- REG procedure
-
PARTIAL statement
- CALIS procedure
- PRINCOMP procedure
- VARCLUS procedure
-
partially balanced square lattice
- LATTICE procedure
-
partitions
- MDS procedure "Formulas"
- MDS procedure "PROC MDS Statement"
-
passive observations
- PRINQUAL procedure
- TRANSREG procedure
-
path diagram (CALIS)
- exogenous variables
- factor analysis model "RAM Model Statement"
- factor analysis model "RAM Model Statement"
- structural model example "RAM Model Statement"
- structural model example "Structural Equation Models"
-
PC option
- MODEL statement (REG)
- PLOT statement (REG)
-
PCHI option
- EXACT statement (FREQ)
- OUTPUT statement (FREQ) "Example 28.5: Creating an Output Data Set Containing Chi-Square Statistics"
- OUTPUT statement (FREQ) "OUTPUT Statement"
-
PCOEF option
- PROC MDS statement
-
PCOMIT= option
- MODEL statement (REG)
- PROC REG statement
-
PCONFIG option
- PROC MDS statement
-
PCORR option
- EXACT statement (FREQ)
- OUTPUT statement (FREQ)
- PROC CALIS statement
- PROC CANCORR statement
- PROC CANDISC statement
- PROC DISCRIM statement
- PROC STEPDISC statement
- TEST statement (FREQ)
-
PCORR1 option
- MODEL statement (REG)
-
PCORR2 option
- MODEL statement (REG)
-
PCOV option
- PROC CANDISC statement
- PROC DISCRIM statement
- PROC STEPDISC statement
-
PCOVES option
- PROC CALIS statement
-
PCRPJAC option
- NLOPTIONS statement (CALIS)
-
PCTLDEF= option
- PLOT statement (BOXPLOT)
- PROC STDIZE statement
-
PCTLMTD option
- PROC STDIZE statement
-
PCTLPTS option
- PROC STDIZE statement
-
PDATA option
- PROC MDS statement
-
PDATA= option
- PARMS statement (MIXED)
- PROC MULTTEST statement
-
PDETERM option
- PROC CALIS statement
-
PDIFF option
- LSMEANS statement (GLM)
- LSMEANS statement (MIXED) "LSMEANS Statement"
- LSMEANS statement (MIXED) "LSMEANS Statement"
-
Pearson chi-square test
-
Pearson correlation coefficient
-
Pearson residuals
- GENMOD procedure
- LOGISTIC procedure
-
Pearson's chi-square
- GENMOD procedure "Generalized Linear Models Theory"
- GENMOD procedure "MODEL Statement"
- LOGISTIC procedure "MODEL Statement"
- LOGISTIC procedure "MODEL Statement"
- LOGISTIC procedure "Overdispersion"
-
pedigree analysis
- example (INBREED) "Example 32.2: Pedigree Analysis"
- example (INBREED) "Example 32.3: Pedigree Analysis with BY Groups"
- INBREED procedure "Getting Started"
- INBREED procedure "Overview"
- INBREED procedure "The Format of the Input Data Set"
-
penalized least squares, TPSPLINE procedure
-
PENALTY= option
- PROC CLUSTER statement
-
PERCENT= option
- PROC ACECLUS statement
- PROC VARCLUS statement
-
permutation
- adjustment (MULTTEST) "p-Value Adjustments"
- adjustment (MULTTEST) "PROC MULTTEST Statement"
- generating with PLAN procedure
- test (NPAR1WAY) "PROC NPAR1WAY Statement"
- test (NPAR1WAY) "Scores for Linear Rank and One-Way ANOVA Tests"
-
permutation (MULTTEST)
- p-value adjustments "Example 43.4: Fisher Test with Permutation Resampling"
- p-value adjustments "p-Value Adjustments"
- p-value adjustments "PROC MULTTEST Statement"
-
PERMUTATION option
- PROC MULTTEST statement "Example 43.1: Cochran-Armitage Test with Permutation Resampling"
- PROC MULTTEST statement "Example 43.4: Fisher Test with Permutation Resampling"
- PROC MULTTEST statement "p-Value Adjustments"
- PROC MULTTEST statement "PROC MULTTEST Statement"
-
PERMUTATION= option
- TEST statement (MULTTEST) "Example 43.1: Cochran-Armitage Test with Permutation Resampling"
- TEST statement (MULTTEST) "Statistical Tests"
- TEST statement (MULTTEST) "Statistical Tests"
- TEST statement (MULTTEST) "TEST Statement"
-
PESTIM option
- PROC CALIS statement
-
PETO option
- TEST statement (MULTTEST) "Example 43.3: Peto Test"
- TEST statement (MULTTEST) "Statistical Tests"
-
Peto test
- MULTTEST procedure "Example 43.3: Peto Test"
- MULTTEST procedure "Statistical Tests"
- MULTTEST procedure "TEST Statement"
-
PEVENT= option
- MODEL statement (LOGISTIC)
-
PFINAL option
- PROC MDS statement
-
PFIT option
- PROC MDS statement
-
PFITROW option
- PROC MDS statement
-
pharmaceutical stability
- example (MIXED)
-
pharmakokinetics example
- NLMIXED procedure
-
phenogram
-
PHESSIAN option
- NLOPTIONS statement (CALIS)
-
phi coefficient
-
PHI option
- OUTPUT statement (FREQ)
-
PHISTORY option
- NLOPTIONS statement (CALIS)
-
PHREG procedure
- Andersen-Gill model "Example 49.8: Multiple Failure Outcomes"
- Andersen-Gill model "The Multiplicative Hazards Model"
- baseline hazard function
- BASELINE statistics "BASELINE Statement"
- BASELINE statistics "BASELINE Statement"
- BASELINE statistics "BASELINE Statement"
- BASELINE statistics "BASELINE Statement"
- branch and bound algorithm "Example 49.2: Best Subset Selection"
- branch and bound algorithm "Variable Selection Methods"
- Breslow likelihood
- case-control studies "Example 49.3: Conditional Logistic Regression for m:n Matching"
- case-control studies "MODEL Statement"
- case-control studies "Overview"
- conditional logistic regression "Example 49.3: Conditional Logistic Regression for m:n Matching"
- conditional logistic regression "Overview"
- continuous time scale "Example 49.3: Conditional Logistic Regression for m:n Matching"
- continuous time scale "MODEL Statement"
- continuous time scale "Overview"
- counting process
- covariance matrix "MODEL Statement"
- covariance matrix "Newton-Raphson Method"
- covariance matrix "PROC PHREG Statement"
- Cox regression analysis "Getting Started"
- Cox regression analysis "Overview"
- cumulative baseline hazard function
- DATA step statements "Example 49.4: Model Using Time-Dependent Explanatory Variables"
- DATA step statements "Getting Started"
- DATA step statements "Programming Statements"
- DATA step statements "Syntax"
- descriptive statistics
- DFBETA statistics
- discrete logistic model "Example 49.3: Conditional Logistic Regression for m:n Matching"
- discrete logistic model "MODEL Statement"
- discrete logistic model "Overview"
- disk space
- displayed output
- Efron likelihood
- event times "Getting Started"
- event times "Overview"
- exact likelihood
- fractional frequencies
- global influence "Influence of Observations on Overall Fit of the Model"
- global influence "Influence of Observations on Overall Fit of the Model"
- global influence "OUTPUT Statement"
- global influence "OUTPUT Statement"
- global null hypothesis "Displayed Output"
- global null hypothesis "Getting Started"
- global null hypothesis "Testing the Global Null Hypothesis"
- hazard function "Failure Time Distribution"
- hazard function "Overview"
- hazards ratio "Getting Started"
- hazards ratio "Hazards Ratio Estimates and Confidence Limits"
- hazards ratio confidence interval "MODEL Statement"
- hazards ratio confidence interval "MODEL Statement"
- iteration history "Displayed Output"
- iteration history "MODEL Statement"
- left truncation time "Left Truncation of Failure Times"
- left truncation time "MODEL Statement"
- likelihood displacement "Influence of Observations on Overall Fit of the Model"
- likelihood displacement "OUTPUT Statement"
- likelihood ratio test "Displayed Output"
- likelihood ratio test "Displayed Output"
- likelihood ratio test "Testing the Global Null Hypothesis"
- linear hypotheses "Overview"
- linear hypotheses "TEST Statement"
- linear hypotheses "Testing Linear Hypotheses about Regression Coefficients"
- linear predictor "BASELINE Statement"
- linear predictor "Example 49.7: Analysis of Residuals"
- linear predictor "Example 49.7: Analysis of Residuals"
- linear predictor "OUTPUT Statement"
- linear predictor "OUTPUT Statement"
- local influence "Diagnostics Based on Weighted Residuals"
- local influence "OUTPUT Statement"
- log-rank test
- Mantel-Haenszel test
- missing values "Example 49.4: Model Using Time-Dependent Explanatory Variables"
- missing values "MODEL Statement"
- missing values "Programming Statements"
- missing values as strata
- model selection "MODEL Statement"
- model selection "MODEL Statement"
- model selection "MODEL Statement"
- model selection "MODEL Statement"
- model selection "Overview"
- model selection "Variable Selection Methods"
- multiplicative hazards model "Example 49.8: Multiple Failure Outcomes"
- multiplicative hazards model "The Multiplicative Hazards Model"
- ODS table names
- offset variable
- OUTPUT statistics "OUTPUT Statement"
- OUTPUT statistics "OUTPUT Statement"
- OUTPUT statistics "OUTPUT Statement"
- OUTPUT statistics "OUTPUT Statement"
- OUTPUT statistics "OUTPUT Statement"
- OUTPUT statistics "OUTPUT Statement"
- OUTPUT statistics "OUTPUT Statement"
- OUTPUT statistics "OUTPUT Statement"
- parameter estimates "Displayed Output"
- parameter estimates "Displayed Output"
- parameter estimates "Getting Started"
- parameter estimates "PROC PHREG Statement"
- parameter estimates "PROC PHREG Statement"
- partial likelihood "Overview"
- partial likelihood "Overview"
- partial likelihood "Partial Likelihood Function for the Cox Model"
- partial likelihood "Partial Likelihood Function for the Cox Model"
- partial likelihood "The Multiplicative Hazards Model"
- Prentice-Williams-Peterson model
- programming statements "Example 49.4: Model Using Time-Dependent Explanatory Variables"
- programming statements "Getting Started"
- programming statements "PROC PHREG Statement"
- programming statements "Programming Statements"
- programming statements "Programming Statements"
- programming statements "Syntax"
- proportional hazards model "Getting Started"
- proportional hazards model "MODEL Statement"
- proportional hazards model "Overview"
- residual chi-square
- residuals "Diagnostics Based on Weighted Residuals"
- residuals "Diagnostics Based on Weighted Residuals"
- residuals "Example 49.7: Analysis of Residuals"
- residuals "OUTPUT Statement"
- residuals "OUTPUT Statement"
- residuals "OUTPUT Statement"
- residuals "OUTPUT Statement"
- residuals "OUTPUT Statement"
- residuals "Residuals"
- residuals "Residuals"
- residuals "Residuals"
- residuals "Residuals"
- residuals "Residuals"
- response variable "Example 49.3: Conditional Logistic Regression for m:n Matching"
- response variable "Getting Started"
- risk set "Example 49.4: Model Using Time-Dependent Explanatory Variables"
- risk set "Getting Started"
- risk set "Partial Likelihood Function for the Cox Model"
- risk set "Partial Likelihood Function for the Cox Model"
- risk weights
- score test "Displayed Output"
- score test "Displayed Output"
- score test "Example 49.1: Stepwise Regression"
- score test "Example 49.1: Stepwise Regression"
- score test "MODEL Statement"
- score test "MODEL Statement"
- score test "Testing the Global Null Hypothesis"
- selection methods "MODEL Statement"
- selection methods "MODEL Statement"
- selection methods "Overview"
- selection methods "Variable Selection Methods"
- singularity criterion
- standard error "Displayed Output"
- standard error "OUTPUT Statement"
- standard error "OUTPUT Statement"
- step halving
- strata variables
- stratified analysis "Overview"
- stratified analysis "STRATA Statement"
- survival distribution function
- survival times "Example 49.3: Conditional Logistic Regression for m:n Matching"
- survival times "Example 49.3: Conditional Logistic Regression for m:n Matching"
- survival times "Overview"
- survival times "Overview"
- survivor function "BASELINE Statement"
- survivor function "Example 49.6: Survivor Function Estimates for Specific Covariate Values"
- survivor function "Example 49.6: Survivor Function Estimates for Specific Covariate Values"
- survivor function "Failure Time Distribution"
- survivor function "Failure Time Distribution"
- survivor function "OUTPUT Statement"
- survivor function "Overview"
- survivor function "Overview"
- survivor function "Survival Distribution Estimates for the Cox Model"
- ties "Displayed Output"
- ties "Getting Started"
- ties "MODEL Statement"
- ties "MODEL Statement"
- ties "MODEL Statement"
- ties "Overview"
- ties "Partial Likelihood Function for the Cox Model"
- time-dependent covariates "BASELINE Statement"
- time-dependent covariates "Getting Started"
- time-dependent covariates "OUTPUT Statement"
- time-dependent covariates "Overview"
- time-dependent covariates "PROC PHREG Statement"
- time-dependent covariates "Programming Statements"
- Wald test "Displayed Output"
- Wald test "Displayed Output"
- Wald test "Example 49.3: Conditional Logistic Regression for m:n Matching"
- Wald test "TEST Statement"
- Wald test "Testing Linear Hypotheses about Regression Coefficients"
- Wald test "Testing the Global Null Hypothesis"
- Wei-Lin-Weissfeld model
-
PHREG procedure, BASELINE statement
- ALPHA= option
- CLTYPE= option
- COVARIATES= option
- keyword= option
- METHOD= option
- NOMEAN option
- OUT= option
-
PHREG procedure, BY statement
-
PHREG procedure, FREQ statement
- NOTRUNCATE option
-
PHREG procedure, ID statement
-
PHREG procedure, MODEL statement
- ALPHA= option
- BEST= option
- CORRB option
- COVB option
- DETAILS option
- ENTRYTIME= option
- INCLUDE= option
- ITPRINT option
- MAXITER= option
- MAXSTEP= option
- NOFIT option
- OFFSET= option
- RISKLIMITS option
- SELECTION= option
- SEQUENTIAL option
- SINGULAR= option
- SLENTRY= option
- SLSTAY= option
- START= option
- STOP= option
- STOPRES option
- TIES= option
-
PHREG procedure, OUTPUT statement
- keyword= option
- METHOD= option
- ORDER= option
- OUT= option
-
PHREG procedure, PROC PHREG statement
- COVOUT option
- DATA= option
- MULTIPASS option
- NOPRINT option
- NOSUMMARY option
- OUTEST= option
- SIMPLE option
-
PHREG procedure, STRATA statement
- MISSING option
-
PHREG procedure, TEST statement
- PRINT option
-
piecewise polynomial splines
- TRANSREG procedure "MODEL Statement"
- TRANSREG procedure "SPLINE, BSPLINE, and PSPLINE Comparisons"
-
Pillai's trace
-
PINAVDATA option
- PROC MDS statement
-
PINEIGVAL option
- PROC MDS statement
-
PINEIGVEC option
- PROC MDS statement
-
PININ option
- PROC MDS statement
-
PINIT option
- NLOPTIONS statement (CALIS)
- PROC MDS statement
-
PINITIAL option
- PROC CALIS statement
-
PITER option
- PROC MDS statement
-
PJACPAT option
- PROC CALIS statement
-
PJTJ option
- NLOPTIONS statement (CALIS)
-
PLAN procedure
- combinations
- compared to other procedures
- factor, selecting levels for "FACTORS Statement"
- factor, selecting levels for "FACTORS Statement"
- factor, selecting levels for "PROC PLAN Statement"
- factor-value-setting specification "OUTPUT Statement"
- factor-value-setting specification "OUTPUT Statement"
- generalized cyclic incomplete block design
- hierarchical design
- incomplete block design "Example 50.3: An Incomplete Block Design"
- incomplete block design "Example 50.5: A Generalized Cyclic Incomplete Block Design"
- input data sets "OUTPUT Statement"
- input data sets "OUTPUT Statement"
- input data sets "PROC PLAN Statement"
- introductory example
- Latin square design
- nested design
- ODS table names
- output data sets "Output Data Sets"
- output data sets "Output Data Sets"
- output data sets "OUTPUT Statement"
- output data sets "OUTPUT Statement"
- output data sets "PROC PLAN Statement"
- permutations
- random number generators
- randomizing designs "Output Data Sets"
- randomizing designs "Randomizing Designs"
- specifying factor structures
- split-plot design
- treatments, specifying
- using interactively
-
PLAN procedure, FACTOR statement
- NOPRINT option
-
PLAN procedure, FACTORS statement
-
PLAN procedure, OUTPUT statement
- CVALS= option
- factor-value-settings option
- NVALS= option
- ORDERED option
- OUT= option
- RANDOM option
-
PLAN procedure, PROC PLAN statement
- ORDERED option
- SEED option
-
PLAN procedure, TREATMENTS statement
-
PLATCOV option
- PROC CALIS statement
-
PLCL option
- MODEL statement (LOGISTIC)
-
PLCONV= option
- MODEL statement (LOGISTIC)
-
PLCORR option
- OUTPUT statement (FREQ)
- TABLES statement (FREQ)
-
%PLOT macro
- DISCRIM procedure
-
PLOT option
- PROC FACTOR statement
-
PLOT statement
- BOXPLOT procedure
- REG procedure
-
%PLOTIT macro
- CORRESP procedure "Example 24.2: Multiple Correspondence Analysis of Cars and Their Owners"
- CORRESP procedure "Example 24.3: Simple Correspondence Analysis of U.S. Population"
- CORRESP procedure "Getting Started"
- DISCRIM procedure
- MDS procedure
- PRINCOMP procedure "Example 52.1: Crime Rates"
- PRINCOMP procedure "Getting Started"
- PRINCOMP procedure "Getting Started"
- PRINQUAL procedure "Example 53.1: Multidimensional Preference Analysis of Cars Data"
- PRINQUAL procedure "Example 53.1: Multidimensional Preference Analysis of Cars Data"
- TRANSREG procedure "Example 65.5: Preference Mapping of Cars Data"
- TRANSREG procedure "Example 65.5: Preference Mapping of Cars Data"
- TRANSREG procedure "Output Data Set"
-
plots
- examples (REG)
- high resolution (REG)
- keywords (REG)
- likelihood (MIXED)
- line printer (REG) "Line Printer Scatter Plot Features"
- line printer (REG) "PLOT Statement"
- MDS procedure
- of configuration (MDS) "Example 40.1: Jacobowitz Body Parts Data from Children and Adults"
- of configuration (MDS) "Example 40.1: Jacobowitz Body Parts Data from Children and Adults"
- of dimension coefficients (MDS) "Example 40.1: Jacobowitz Body Parts Data from Children and Adults"
- of dimension coefficients (MDS) "Example 40.1: Jacobowitz Body Parts Data from Children and Adults"
- of linear fit (MDS)
- options (REG) "PLOT Statement"
- options (REG) "PLOT Statement"
-
PLOTS= option
- PROC LIFETEST statement
-
plotting samples from univariate distributions
- MODECLUS procedure
-
PLRL option
- MODEL statement (LOGISTIC)
-
PLS procedure
- algorithms
- centering
- compared to other procedures
- components
- computation method
- cross validation "Basic Features"
- cross validation "Cross Validation"
- cross validation "Cross Validation"
- cross validation method
- examples
- factors
- factors, selecting the number of
- introductory example
- latent vectors
- ODS table names
- outlier detection
- output data sets
- output keywords
- partial least squares regression "Basic Features"
- partial least squares regression "Overview"
- partial least squares regression "Regression Methods"
- predicting new observations
- principal components regression "Basic Features"
- principal components regression "Regression Methods"
- reduced rank regression "Basic Features"
- reduced rank regression "Regression Methods"
- scaling
- SIMPLS method
- test set validation "Cross Validation"
- test set validation "Example 51.3: Choosing a PLS Model by Test Set Validation"
-
PLS procedure, BY statement
-
PLS procedure, CLASS statement
-
PLS procedure, MODEL statement
- INTERCEPT option
- SOLUTION option
-
PLS procedure, OUTPUT statement
-
PLS procedure, PROC PLS statement
- ALGORITHM= option
- CENSCALE option
- CV= option
- CVTEST= option
- DATA= option
- DETAILS option
- EPSILON= option
- MAXITER= option
- METHOD= option
- NFAC= option
- NITER= option
- NOCENTER option
- NOCVSTDIZE option
- NOPRINT option
- NOSCALE option "PROC PLS Statement"
- NOSCALE option "PROC PLS Statement"
- NTEST= option
- PVAL= option
- SEED= option "PROC PLS Statement"
- SEED= option "PROC PLS Statement"
- STAT= option "PROC PLS Statement"
- STAT= option "PROC PLS Statement"
- VARSCALE option
-
PNLCJAC option
- NLOPTIONS statement (CALIS)
-
point models
- TRANSREG procedure
-
POINT transformation
- MODEL statement (TRANSREG)
-
Poisson distribution
- GENMOD procedure
- NLMIXED procedure
-
Poisson regression
- GENMOD procedure "Examples of Generalized Linear Models"
- GENMOD procedure "Poisson Regression"
-
Poisson-normal example
- NLMIXED procedure
-
polychoric correlation coefficient
-
polynomial effects
- GENMOD procedure
- MIXED procedure
- model parameterization (GLM)
- specifying (GLM)
-
POLYNOMIAL keyword
- REPEATED statement (ANOVA)
-
polynomial model
- GLMMOD procedure
-
POLYNOMIAL option
- REPEATED statement (GLM) "Example 30.7: Repeated Measures Analysis of Variance"
- REPEATED statement (GLM) "Repeated Measures Analysis of Variance"
- REPEATED statement (GLM) "REPEATED Statement"
-
polynomial regression
- REG procedure
-
polynomial-spline basis
- TRANSREG procedure "MODEL Statement"
- TRANSREG procedure "SPLINE, BSPLINE, and PSPLINE Comparisons"
-
POOL= option
- PROC DISCRIM statement
-
pooled stratum
- SURVEYREG procedure
-
pooled within-cluster covariance matrix
- definition
-
population
- profile (CATMOD)
- total (SURVEYMEANS) "PROC SURVEYMEANS Statement"
- total (SURVEYMEANS) "Specification of Population Totals and Sampling Rates"
- total (SURVEYREG) "PROC SURVEYREG Statement"
- total (SURVEYREG) "Specification of Population Totals and Sampling Rates"
-
population (INBREED)
- monoecious
- multiparous "DATA= Data Set"
- multiparous "PROC INBREED Statement"
- multiparous "PROC INBREED Statement"
- nonoverlapping
- overlapping "Computational Details"
- overlapping "Performing the Analysis"
- overlapping "The Format of the Input Data Set"
-
population clusters
- risks of estimating (MODECLUS)
-
population profile
-
POPULATION statement, CATMOD procedure
-
POS= option
- PROC TREE statement
-
posterior probability
- DISCRIM procedure
- error rate estimation (DISCRIM)
-
POSTERR option
- PROC DISCRIM statement
-
POWER= option
- PROC FACTOR statement
- PROC MODECLUS statement
-
power semivariogram model
- KRIGE2D procedure
-
POWER transformation
- MODEL statement (TRANSREG)
- TRANSFORM statement (PRINQUAL)
-
power-of-the-mean model
- MIXED procedure
-
PP option
- PROC ACECLUS statement
-
PPC convergence measure
-
PPREFIX option
- OUTPUT statement (TRANSREG)
-
PPROB= option
- MODEL statement (LOGISTIC)
-
PPS
-
PPS sampling
- SURVEYSELECT procedure "Example 63.2: PPS Selection of Two Units Per Stratum"
- SURVEYSELECT procedure "PPS Sampling with Replacement"
- SURVEYSELECT procedure "PPS Sampling without Replacement"
- SURVEYSELECT procedure "PPS Sequential Sampling"
- SURVEYSELECT procedure "PPS Systematic Sampling"
- SURVEYSELECT procedure "PROC SURVEYSELECT Statement"
- SURVEYSELECT procedure "PROC SURVEYSELECT Statement"
- SURVEYSELECT procedure "PROC SURVEYSELECT Statement"
- SURVEYSELECT procedure "PROC SURVEYSELECT Statement"
-
PR2ENTRY= option
- PROC STEPDISC statement
-
PR2STAY= option
- PROC STEPDISC statement
-
precision
- NLMIXED procedure
-
PRED option
- MODEL statement (GENMOD)
- PLOT statement (REG)
-
PRED= option
- MODEL statement (CATMOD)
-
PREDET option
- PROC CALIS statement
-
PREDICT option
- MODEL statement (CATMOD)
- MODEL statement (RSREG)
- PROC SCORE statement
-
PREDICT statement
- NLMIXED procedure
-
PREDICT statement (KRIGE2D)
-
PREDICTED keyword
- OUTPUT statement (GLM)
- OUTPUT statement (LIFEREG)
-
predicted means
- MIXED procedure
-
predicted model matrix
- CALIS procedure "Estimation Criteria"
- CALIS procedure "Exogenous Manifest Variables"
- CALIS procedure "Output Data Sets"
- displaying (CALIS)
- singular (CALIS)
-
PREDICTED option
- MODEL statement (GENMOD)
- OUTPUT statement (TRANSREG)
-
PREDICTED= option
- OUTPUT statement (LOGISTIC)
- OUTPUT statement (NLIN)
-
predicted population margins
- GLM procedure
-
predicted probabilities
- LOGISTIC procedure
-
predicted residual sum of squares
- RSREG procedure
-
predicted value confidence intervals
- MIXED procedure
-
predicted values
- example (MIXED)
- LIFEREG procedure
- mixed model (MIXED)
- MIXED procedure
- NLIN procedure
- REG procedure "Criteria Used in Model-Selection Methods"
- REG procedure "Predicted and Residual Values"
- response functions (CATMOD)
-
prediction
- example (REG)
- NLMIXED procedure "PREDICT Statement"
- NLMIXED procedure "Prediction"
-
PREDPROBS= option
- OUTPUT statement (LOGISTIC)
-
preference mapping
- TRANSREG procedure "Example 65.5: Preference Mapping of Cars Data"
- TRANSREG procedure "Model Statement Usage"
-
preference models
- TRANSREG procedure
-
prefix name
- LINEQS statement (CALIS)
- MATRIX statement (CALIS)
- RAM statement (CALIS)
- STD statement (CALIS)
-
PREFIX= option
- MANOVA statement (ANOVA)
- MANOVA statement (GLM)
- PROC ACECLUS statement
- PROC CANDISC statement
- PROC GLMMOD statement
- PROC PRINCOMP statement
- PROC PRINQUAL statement
-
preliminary clusters
- definition (CLUSTER)
- using in CLUSTER procedure
-
Prentice-Williams-Peterson model
- PHREG procedure
-
PREPLOT option
- PROC FACTOR statement
-
PREROTATE= option
- PROC FACTOR statement
-
PRESS keyword
- OUTPUT statement (GLM)
-
PRESS option
- MODEL statement (REG)
- MODEL statement (RSREG)
- PROC REG statement
-
PRESS statistic
- RSREG procedure
-
prevalence test
- MULTTEST procedure "Example 43.3: Peto Test"
- MULTTEST procedure "Statistical Tests"
-
primary sampling unit (PSUs)
-
primary sampling units (PSUs)
- SURVEYMEANS procedure
- SURVEYREG procedure
-
PRIMAT option
- PROC CALIS statement
-
principal component analysis
- compared with common factor analysis
- PRINQUAL procedure
- with FACTOR procedure
-
principal components
- definition
- interpreting eigenvalues
- partialling out variables
- properties of "Overview"
- properties of "Overview"
- properties of "Overview"
- regression (PLS) "Basic Features"
- regression (PLS) "Regression Methods"
- rotating
- using weights
-
principal factor analysis
- with FACTOR procedure
-
PRINCOMP procedure
- CALIS procedure
- computational resources
- correction for means
- Crime Rates Data, example
- DATA= data set
- eigenvalues and eigenvectors "Displayed Output"
- eigenvalues and eigenvectors "Displayed Output"
- eigenvalues and eigenvectors "Output Data Sets"
- eigenvalues and eigenvectors "Output Data Sets"
- eigenvalues and eigenvectors "Overview"
- examples "Example 52.2: Basketball Data"
- examples "Examples"
- examples "Getting Started"
- input data set
- output data sets "Output Data Sets"
- output data sets "Output Data Sets"
- output data sets "Output Data Sets"
- output data sets "Output Data Sets"
- output data sets "Output Data Sets"
- output data sets "PROC PRINCOMP Statement"
- output data sets "PROC PRINCOMP Statement"
- output table names
- OUTSTAT= data set
- %PLOTIT macro "Example 52.1: Crime Rates"
- %PLOTIT macro "Getting Started"
- %PLOTIT macro "Getting Started"
- replace missing values, example
- SCORE procedure
- suppressing output
- weights
-
PRINCOMP procedure, BY statement
-
PRINCOMP procedure, FREQ statement
-
PRINCOMP procedure, PARTIAL statement
-
PRINCOMP procedure, PROC PRINCOMP statement
- COV option
- COVARIANCE option
- DATA= option
- N= option
- NOINT option
- NOPRINT option
- OUT= option
- OUTSTAT= option
- PREFIX= option
- SING= option
- SINGULAR= option
- STANDARD option
- STD option
- VARDEF= option
-
PRINCOMP procedure, VAR statement
-
PRINCOMP procedure, WEIGHT statement
-
PRINQUAL procedure
- biplot
- casewise deletion
- constant transformations, avoiding
- constant variables
- excluded observations "Passive Observations"
- excluded observations "PROC PRINQUAL Statement"
- frequency variable
- identity transformation
- iterations "Controlling the Number of Iterations"
- iterations "PROC PRINQUAL Statement"
- iterations "REITERATE Option Usage"
- knots "TRANSFORM Statement"
- knots "TRANSFORM Statement"
- knots "TRANSFORM Statement"
- linear transformation
- MAC method "The Three Methods of Variable Transformation"
- MAC method "Using the MAC Method"
- maximum average correlation method "The Three Methods of Variable Transformation"
- maximum average correlation method "Using the MAC Method"
- maximum total variance method
- MDPREF analysis
- MGV method
- minimum generalized variance method
- missing character values
- missing values "Missing Values"
- missing values "Passive Observations"
- missing values "PROC PRINQUAL Statement"
- monotonic B-spline transformation
- monotonic transformation "TRANSFORM Statement"
- monotonic transformation "TRANSFORM Statement"
- MTV method
- multidimensional preference analysis
- nonoptimal transformations
- optimal scoring
- optimal transformations
- output data sets
- output table names
- passive observations
- %PLOTIT macro "Example 53.1: Multidimensional Preference Analysis of Cars Data"
- %PLOTIT macro "Example 53.1: Multidimensional Preference Analysis of Cars Data"
- principal component analysis
- random initializations
- reflecting the transformation
- renaming variables
- reusing variables
- smoothing spline transformation
- spline t-options
- spline transformation
- standardization
- transformation options
- variable names
- weight variable
-
PRINQUAL procedure, BY statement
-
PRINQUAL procedure, FREQ statement
-
PRINQUAL procedure, ID statement
-
PRINQUAL procedure, PROC PRINQUAL statement
- APPROXIMATIONS option
- APREFIX= option
- CCONVERGE= option
- CHANGE= option
- CONVERGE= option
- CORRELATIONS option
- COVARIANCE option
- DATA= option
- DUMMY option
- INITITER= option
- MAXITER= option
- MDPREF option
- METHOD= option
- MONOTONE= option
- N= option
- NOCHECK option
- NOMISS option
- NOPRINT option
- OUT= option
- PREFIX= option
- REFRESH= option
- REITERATE option
- REPLACE option
- SCORES option
- SINGULAR= option
- STANDARD option
- TPREFIX= option
- TSTANDARD= option
- TYPE= option
- UNTIE= option
-
PRINQUAL procedure, TRANSFORM statement
- ARSIN transformation
- DEGREE= option
- EVENLY option
- EXP transformation
- IDENTITY transformation
- KNOTS= option
- LINEAR transformation
- LOG transformation
- LOGIT transformation
- MONOTONE transformation
- MSPLINE transformation
- NAME= option
- NKNOTS= option
- OPSCORE transformation
- ORIGINAL option
- PARAMETER= option
- POWER transformation
- RANK transformation
- REFLECT option
- SM= option
- SPLINE transformation
- SSPLINE transformation
- TSTANDARD= option
- UNTIE transformation
-
PRINQUAL procedure, WEIGHT statement
-
PRINT option
- MTEST statement (REG)
- NLOPTIONS statement (CALIS)
- PROC CALIS statement
- PROC FACTOR statement
- PROC NLIN statement
- SCORE statement(LOESS)
- TEST statement (LOGISTIC)
- TEST statement (PHREG)
- TEST statement (REG)
-
PRINT= option
- PROC CLUSTER statement
- PROC CORRESP statement
-
PRINT statement, REG procedure
-
PRINTE option
- MANOVA statement (ANOVA)
- MANOVA statement (GLM)
- REPEATED statement (ANOVA)
- REPEATED statement (GLM) "Repeated Measures Analysis of Variance"
- REPEATED statement (GLM) "REPEATED Statement"
-
PRINTH option
- MANOVA statement (ANOVA)
- MANOVA statement (GLM)
- REPEATED statement (ANOVA)
- REPEATED statement (GLM)
-
PRINTKWT option
- TABLES statement (FREQ)
-
PRINTM option
- REPEATED statement (ANOVA)
- REPEATED statement (GLM)
-
PRINTRV option
- REPEATED statement (ANOVA)
- REPEATED statement (GLM)
-
prior density
- MIXED procedure
-
prior event probability
- LOGISTIC procedure "Classification Table"
- LOGISTIC procedure "Example 39.5: Stratified Sampling"
- LOGISTIC procedure "MODEL Statement"
-
PRIOR statement
- MIXED procedure
-
PRIORS= option
- PROC FACTOR statement
-
PRIORS statement
- DISCRIM procedure
-
PRIVEC option
- PROC CALIS statement
-
PROB option
- MODEL statement (CATMOD)
-
probability density function
- LIFETEST procedure
-
probability distribution
- built-in (GENMOD) "MODEL Statement"
- built-in (GENMOD) "The GENMOD Procedure"
- exponential family (GENMOD)
- user-defined (GENMOD)
-
probit equation
-
PROBIT procedure
- Abbot's formula
- binary response data "Model Specification"
- binary response data "Overview"
- binary response data "Overview"
- deviance statistic
- extreme value distribution
- goodness of fit tests "Lack of Fit Tests"
- goodness of fit tests "PROC PROBIT Statement"
- goodness of fit tests "PROC PROBIT Statement"
- inverse confidence limits
- log-likelihood function
- logistic distribution
- maximum-likelihood estimates
- missing values
- models
- multilevel response data "Model Specification"
- multilevel response data "Overview"
- multilevel response data "Overview"
- natural response rate
- Newton-Raphson algorithm
- normal distribution
- output table names
- Pearson chi-square
- threshold response rate
- tolerance distribution
-
PROBIT procedure, BY statement
-
PROBIT procedure, CLASS statement
-
PROBIT procedure, MODEL statement
- CONVERGE option
- CORRB option
- COVB option
- DISTRIBUTION= option
- HPROB= option
- INITIAL option
- INTERCEPT= option
- INVERSECL option
- ITPRINT option
- LACKFIT option
- MAXITER= option
- NOINT option
- SINGULAR= option
-
PROBIT procedure, OUTPUT statement
-
PROBIT procedure, PROC PROBIT statement
- COVOUT option
- DATA= option
- HPROB= option
- INVERSECL option
- LACKFIT option
- LOG option
- LOG10 option
- NOPRINT option
- OPTC option "PROC PROBIT Statement"
- OPTC option "PROC PROBIT Statement"
- ORDER=option
- OUTEST= option
-
PROBIT procedure, WEIGHT statement
-
probit-normal-binomial example
- NLMIXED procedure
-
probit-normal-ordinal example
- NLMIXED procedure
-
PROBT option
- PROC CANCORR statement
-
PROC SURVEYSELECT statement
-
PROC TTEST
- See TTEST procedure
-
procrustes rotation
-
product-limit estimates
- LIFETEST procedure
-
PROFILE keyword
- REPEATED statement (ANOVA)
-
profile likelihood confidence intervals
- GENMOD procedure
-
PROFILE option
- REPEATED statement (GLM) "Repeated Measures Analysis of Variance"
- REPEATED statement (GLM) "REPEATED Statement"
-
PROFILE= option
- FACTORS statement (CATMOD)
- PROC CORRESP statement
- REPEATED statement (CATMOD)
-
profile, population and response
- CATMOD procedure
-
profiling residual variance
- MIXED procedure
-
progeny
- INBREED procedure "Computational Details"
- INBREED procedure "Computational Details"
- INBREED procedure "Computational Details"
- INBREED procedure "DATA= Data Set"
- INBREED procedure "Example 32.2: Pedigree Analysis"
- INBREED procedure "Missing Values"
-
programming statements
- constraints (CALIS) "Constrained Estimation Using Program Code"
- constraints (CALIS) "Getting Started"
- constraints (CALIS) "SAS Program Statements"
- constraints (CALIS) "SAS Program Statements"
- differentiation (CALIS)
- GENMOD procedure
- NLMIXED procedure
- PHREG procedure "Getting Started"
- PHREG procedure "PROC PHREG Statement"
- PHREG procedure "Programming Statements"
- PHREG procedure "Programming Statements"
-
projected gradient
- NLMIXED procedure
-
projected Hessian
- NLMIXED procedure
-
promax method
-
proportion estimation
- SURVEYMEANS procedure
-
PROPORTION= option
- PROC ACECLUS statement
- PROC FACTOR statement
- PROC VARCLUS statement
-
proportional hazards model
- assessing (PHREG)
- assumption (PHREG)
- distribution (LIFEREG)
- LIFETEST procedure
- PHREG procedure "MODEL Statement"
- PHREG procedure "Overview"
-
prospective study
-
proximity data
- MDS procedure "Overview"
- MDS procedure "PROC MDS Statement"
- MDS procedure "PROC MDS Statement"
-
PSCALE
- MODEL statement (GENMOD)
-
PSEARCH option
- PRIOR statement (MIXED)
-
pseudo F and t statistics
- CLUSTER procedure
-
PSEUDO= option
- PROC CLUSTER statement
-
PSHORT option
- PROC CALIS statement
-
PSPLINE transformation
- MODEL statement (TRANSREG)
-
PSSCP option
- PROC CANDISC statement
- PROC DISCRIM statement
- PROC STEPDISC statement
-
PSTAT option
- PROC STDIZE statement
-
PSUMMARY option
- PROC CALIS statement
-
PTRANS option
- PRIOR statement (MIXED)
- PROC MDS statement
-
PVAL= option
- PROC PLS statement
-
PVALS option
- PROC MULTTEST statement
-
PWEIGHT option
- PROC CALIS statement
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 |