Book Contents Master Index
 SAS/QC User's Guide

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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
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"
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
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 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, 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
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
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"
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"
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
ORIGIN= option
CUSUM procedure
orthogonal blocking
orthogonal confounding
orthogonal design
theory
orthogonal designs
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
output data set, Pareto charts
output data sets
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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