Book Contents

Master Index

O

observation exclusion

OC Curve

ODS tables

CAPABILITY procedure

FACTEX procedure

OPTTEX procedure

RELIABILITY procedure "ODS Table Names"

RELIABILITY procedure "ODS Table Names"

Operating Characteristic Curve

OPTEX procedure

getting started

learning about OPTEX

order of statements "CLASS Statement"

order of statements "Example 24.8: Optimal Design with Fixed Covariates"

order of statements "MODEL Statement"

order of statements "Syntax"

overview

summary of functions

syntax

OPTEX procedure, BLOCKS statement

COVAR= option "BLOCKS Statement"

COVAR= option "Example 24.9: Optimal Design in the Presence of Covariance"

DESIGN= option "BLOCKS Statement"

DESIGN= option "Example 24.8: Optimal Design with Fixed Covariates"

INIT= option

ITER= option

KEEP= option

NOEXCHANGE option

options summarized by function

STRUCTURE= option "BLOCKS Statement"

STRUCTURE= option "Example 24.7: Balanced Incomplete Block Design"

VAR= option

OPTEX procedure, CLASS statement

example

syntax

OPTEX procedure, EXAMINE statement

DESIGN option

INFORMATION option

NUMBER= option

options summarized by function

VARIANCE option

OPTEX procedure, GENERATE statement

AUGMENT= option "Example 24.4: Optimal Design Using an Augmented Best Design"

AUGMENT= option "GENERATE Statement"

CRITERION= option "Example 24.10: Adding Space-Filling Points to a Design"

CRITERION= option "GENERATE Statement"

INITDESIGN= option "Example 24.3: Using an Initial Design to Search an Optimal Design"

INITDESIGN= option "GENERATE Statement"

ITER= option

KEEP= option

METHOD= option "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

METHOD= option "GENERATE Statement"

N= option "Example 24.3: Using an Initial Design to Search an Optimal Design"

N= option "GENERATE Statement"

N= option "Optimal Design Scenarios"

options summarized by function "Summary of Functions"

options summarized by function "Summary of Functions"

OPTEX procedure, ID statement

OPTEX procedure, MODEL statement

example

NOINT option "Example 24.10: Adding Space-Filling Points to a Design"

NOINT option "MODEL Statement"

options summarized by function

PRIOR= option "Example 24.6: Bayesian Optimal Design"

PRIOR= option "MODEL Statement"

OPTEX procedure, OUTPUT statement

BLOCKNAME= option

NUMBER= option "Example 24.1: Nonstandard Linear Model"

NUMBER= option "OUTPUT Statement"

options summarized by function

OUT= option

OPTEX procedure, PROC OPTEX statement

CODING= option "Example 24.8: Optimal Design with Fixed Covariates"

CODING= option "PROC OPTEX Statement"

DATA= option

EPSILON= option

example

NAMELEN option

NOCODE option "Example 24.10: Adding Space-Filling Points to a Design"

NOCODE option "PROC OPTEX Statement"

NOPRINT option

options summarized by function "Summary of Functions"

options summarized by function "Summary of Functions"

SEED= option

STATUS= option

optimal designs

A-efficiency

Bayesian optimal designs "Example 24.6: Bayesian Optimal Design"

Bayesian optimal designs "MODEL Statement"

Bayesian optimal designs "Summary of Functions"

covariate designs "MODEL Statement"

covariate designs "Syntax"

customizing design search

D-efficiency

data set roles "Input Data Sets"

data set roles "Input Data Sets"

data set roles "Input Data Sets"

design augmentation "Example 24.4: Optimal Design Using an Augmented Best Design"

design augmentation "GENERATE Statement"

design augmentation "Optimal Design Scenarios"

design augmentation "Summary of Functions"

design augmentation data set "Input Data Sets"

design augmentation data set "Input Data Sets"

design characteristic options, summary

design listing "EXAMINE Statement"

design listing "Summary of Functions"

design search defaults

efficiency measures

efficiency measures, comparing "Example 24.1: Nonstandard Linear Model"

efficiency measures, comparing "Example 24.1: Nonstandard Linear Model"

efficiency measures, comparing "Example 24.1: Nonstandard Linear Model"

efficiency measures, comparing "Example 24.1: Nonstandard Linear Model"

efficiency measures, interpreting

epsilon value

evaluating an existing design "Example 24.8: Optimal Design with Fixed Covariates"

evaluating an existing design "GENERATE Statement"

evaluating an existing design "Optimal Blocking"

evaluating an existing design "Search Methods"

examining "EXAMINE Statement"

examining "EXAMINE Statement"

G-efficiency

getting started examples

including identification variables "ID Statement"

including identification variables "Input Data Sets"

including identification variables "Input Data Sets"

including identification variables "Output Data Sets"

information matrix "EXAMINE Statement"

information matrix "Summary of Functions"

input data sets

interactively "EXAMINE Statement"

interactively "Example 24.1: Nonstandard Linear Model"

invoking

learning about OPTEX procedure

listing options, summary

memory usage

mixture designs

number of design points "GENERATE Statement"

number of design points "GENERATE Statement"

number of design points "Summary of Functions"

number of search tries "GENERATE Statement"

number of search tries "GENERATE Statement"

number of tries to keep

OPTEX procedure features

OPTEX procedure overview

optimal blocking

output

output data set

prior precision values "Example 24.6: Bayesian Optimal Design"

prior precision values "MODEL Statement"

random number seed

resolution IV designs

run-time considerations

saturated design "GENERATE Statement"

saturated design "Optimal Design Scenarios"

saving options, summary

search methods

search strategies

statement descriptions

status of search

summary of functions "Summary of Functions"

summary of functions "Summary of Functions"

syntax

treatment candidate points

variance matrix "EXAMINE Statement"

variance matrix "Summary of Functions"

optimal designs, candidate data set

creating with ADXFILL macro

creating with ADXXVERT macro "Example 24.10: Adding Space-Filling Points to a Design"

creating with ADXXVERT macro "Optimal Design Scenarios"

creating with DATA step "Example 24.1: Nonstandard Linear Model"

creating with DATA step "Optimal Design Scenarios"

creating with DATA step "Optimal Design Scenarios"

creating with FACTEX procedure "Optimal Design Scenarios"

creating with FACTEX procedure "Optimal Design Scenarios"

creating with FACTEX procedure "Optimal Design Scenarios"

creating with FACTEX procedure "Optimal Design Scenarios"

creating with PLAN procedure "Constructing a Nonstandard Design"

creating with PLAN procedure "Constructing a Nonstandard Design"

creating with PLAN procedure "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

discussion "Input Data Sets"

discussion "Input Data Sets"

examples of creating, advanced

examples of creating, introductory

recommendations "Example 24.5: Optimal Design Using a Small Candidate Set"

recommendations "Search Strategies"

specifying

optimal designs, coding

default coding

discussion

examples

no coding

orthogonal coding "Design Coding"

orthogonal coding "Example 24.8: Optimal Design with Fixed Covariates"

orthogonal coding "Example 24.8: Optimal Design with Fixed Covariates"

orthogonal coding "Example 24.8: Optimal Design with Fixed Covariates"

orthogonal coding "Summary of Functions"

recommendations

specifying

static coding "Design Coding"

static coding "Summary of Functions"

summary of options

optimal designs, examples

advanced

Bayesian optimal designs

block design "Example 24.7: Balanced Incomplete Block Design"

block design "Optimal Design Scenarios"

design augmentation "Example 24.4: Optimal Design Using an Augmented Best Design"

design augmentation "Optimal Design Scenarios"

designs with correlated runs

designs with covariates

handling many variables

initialization

introductory

mixture design "Example 24.10: Adding Space-Filling Points to a Design"

mixture design "Optimal Design Scenarios"

nonstandard modeling

reducing candidate set

resolution IV design

saturated second-order design

using different search methods

optimal designs, initialization

defaults "GENERATE Statement"

defaults "GENERATE Statement"

example

initial design data set "Example 24.3: Using an Initial Design to Search an Optimal Design"

initial design data set "GENERATE Statement"

initial design data set "Input Data Sets"

initial design data set "Input Data Sets"

initial design data set "Input Data Sets"

optimal blocking

partially random

random

recommendations

sequential

specifying

summary of options "Summary of Functions"

summary of options "Summary of Functions"

optimal designs, model

abbreviation operators

classification variables "CLASS Statement"

classification variables "Specifying Effects in MODEL Statements"

crossed effects

discussion

examples

factorial model

interactions

main effects

main effects model

no-intercept model "MODEL Statement"

no-intercept model "Summary of Functions"

nonstandard

polynomial effects

quadratic model

regressor effects

specifying "MODEL Statement"

specifying "Summary of Functions"

summary of options

types of effects "MODEL Statement"

types of effects "Specifying Effects in MODEL Statements"

types of variables

optimal designs, optimal blocking

A-efficiency

block specification

classification variables

covariance specification

covariate designs

D-efficiency

data sets "Input Data Sets"

data sets "Input Data Sets"

discussion

evaluating an existing design

examples "Example 24.7: Balanced Incomplete Block Design"

examples "Example 24.8: Optimal Design with Fixed Covariates"

examples "Example 24.9: Optimal Design in the Presence of Covariance"

initialization

number of search tries

specifying "BLOCKS Statement"

specifying "Summary of Functions"

summary of options

suppressing exchange step

treatment candidate points "BLOCKS Statement"

treatment candidate points "Example 24.8: Optimal Design with Fixed Covariates"

tries to keep

optimal designs, optimality criteria

A-optimality "Example 24.1: Nonstandard Linear Model"

A-optimality "GENERATE Statement"

A-optimality "Optimality Criteria"

computational limitations "Optimality Criteria"

computational limitations "Optimality Criteria"

D-optimality "GENERATE Statement"

D-optimality "Optimality Criteria"

default

definitions "Optimality Criteria"

definitions "Optimality Criteria"

definitions "Optimality Criteria"

definitions "Optimality Criteria"

definitions "Optimality Criteria"

definitions "Optimality Criteria"

discussion

distance-based "Optimality Criteria"

distance-based "Optimality Criteria"

examples "Example 24.10: Adding Space-Filling Points to a Design"

examples "Example 24.1: Nonstandard Linear Model"

G-optimality "Optimality Criteria"

G-optimality "OUTPUT Statement"

I-optimality

information-based

S-optimality "GENERATE Statement"

S-optimality "Optimality Criteria"

S-optimality "Optimality Criteria"

specifying "GENERATE Statement"

specifying "GENERATE Statement"

specifying "GENERATE Statement"

specifying "GENERATE Statement"

specifying "GENERATE Statement"

specifying "Summary of Functions"

summary of options

types

U-optimality "Example 24.10: Adding Space-Filling Points to a Design"

U-optimality "GENERATE Statement"

U-optimality "Optimality Criteria"

optimal designs, output

block variable name "OUTPUT Statement"

block variable name "Summary of Functions"

design number

options

output data set "Output Data Sets"

output data set "OUTPUT Statement"

selecting design by efficiency "Optimality Criteria"

selecting design by efficiency "OUTPUT Statement"

transfer variables "ID Statement"

transfer variables "Summary of Functions"

optimal designs, search algorithms

comparing different algorithms

default

DETMAX "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

DETMAX "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

DETMAX "GENERATE Statement"

DETMAX "Search Methods"

discussion

example "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

example "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

exchange "GENERATE Statement"

exchange "Search Methods"

excursion level for DETMAX

Fedorov "GENERATE Statement"

Fedorov "Search Methods"

k-exchange "GENERATE Statement"

k-exchange "Search Methods"

modified Fedorov "GENERATE Statement"

modified Fedorov "Search Methods"

rank-one updates

sequential "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

sequential "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

sequential "GENERATE Statement"

sequential "Search Methods"

specifying "GENERATE Statement"

specifying "Summary of Functions"

speed "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

speed "Example 24.2: Comparing DETMAX Algorithm to Sequential Algorithm"

speed "GENERATE Statement"

speed "Memory and Run-Time Considerations"

summary

optimal designs, space-filling designs

coding for

criteria

definitions "Optimality Criteria"

definitions "Optimality Criteria"

distance from a point to a set

efficiency measures

examples

S-optimality

specifying "GENERATE Statement"

specifying "GENERATE Statement"

U-optimality

options, Shewhart charts

dictionary

OPTTEX procedure, PROC OPTTEX statement

ODS tables

ORDER1= option

PARETO procedure

ORDER2= option

PARETO procedure

ORDER2 specification

ADXQMOD macro

ORIGIN= option

CUSUM procedure

orthogonal blocking

ADXPCC macro

orthogonal confounding

orthogonal design

theory

orthogonal designs

ADXPCC macro

orthogonal fractional factorial designs, macros for

orthogonally confounded designs

OTHER= option

PARETO procedure

OTHERCVAL= option

PARETO procedure

OTHERNVAL= option

PARETO procedure

OUT= data set

PARETO procedure

outer array

OUTHISTORY= option

CUSUM procedure

MACONTROL procedure

SHEWHART procedure

OUTINDEX= option

CUSUM procedure

MACONTROL procedure

SHEWHART procedure

OUTLABEL= option

CUSUM procedure

MACONTROL procedure

SHEWHART procedure

OUTLABEL2= option

SHEWHART procedure

OUTLIMITS= option

CUSUM procedure

MACONTROL procedure

SHEWHART procedure

OUTPHASE= option

CUSUM procedure

MACONTROL procedure

SHEWHART procedure

output

ADXTRANS macro

output data set, Pareto charts

output data sets

ADXALIAS macro

ADXCCD macro "ADXCCD: Construct Central Composite Designs"

ADXCCD macro "ADXCCD: Construct Central Composite Designs"

ADXCODE macro "ADXCODE: Code a Design for Analysis"

ADXCODE macro "ADXCODE: Code a Design for Analysis"

ADXFFD macro "ADXFFD: Construct Fractional Factorial Designs"

ADXFFD macro "ADXFFD: Construct Fractional Factorial Designs"

ADXMAMD macro "ADXMAMD: Construct McLean-Anderson Mixture Designs"

ADXMAMD macro "ADXMAMD: Construct McLean-Anderson Mixture Designs"

ADXQMOD macro "ADXQMOD: Set Up a Second-Order Model"

ADXQMOD macro "ADXQMOD: Set Up a Second-Order Model"

ADXSCD macro "ADXSCD: Construct Simplex-Centroid Designs"

ADXSCD macro "ADXSCD: Construct Simplex-Centroid Designs"

ADXSLD macro

ADXTRANS macro "ADXTRANS: Determine an Optimal Box-Cox Power Transformation"

ADXTRANS macro "ADXTRANS: Determine an Optimal Box-Cox Power Transformation"

ADXXVERT macro "ADXXVERT: the XVERT Algorithm"

ADXXVERT macro "ADXXVERT: the XVERT Algorithm"

output data sets, CAPABILITY procedure

creating

getting started

naming

percentile variable names "Syntax"

percentile variable names "Syntax"

percentiles

saving capability indices and related statistics

saving specification limits and related statistics

saving summary statistics "Summary of Keywords"

saving summary statistics "Summary of Keywords"

saving summary statistics "Summary of Keywords"

saving summary statistics "Summary of Keywords"

saving test statistics

OUTPUT statement, CAPABILITY procedure

getting started

keywords summarized by function "Summary of Keywords"

keywords summarized by function "Summary of Keywords"

overview

syntax

OUTPUT statement, FACTEX procedure

options summarized by function

syntax

OUTPUT statement, OPTEX procedure

syntax

output, FACTEX procedure

code design factor levels "OUTPUT Statement"

code design factor levels "Summary of Functions"

decode block factor levels "OUTPUT Statement"

decode block factor levels "Summary of Functions"

decode block factor levels "Summary of Functions"

decode design factor levels "OUTPUT Statement"

decode design factor levels "Summary of Functions"

details

options

output data set "Output"

output data set "OUTPUT Statement"

rename block variable "OUTPUT Statement"

rename block variable "Summary of Functions"

OUTTABLE= option

CUSUM procedure

MACONTROL procedure

SHEWHART procedure

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