Book Contents

Master Index

F

FACTEX procedure

block specification

block specification options, summary

design factor levels

design size options, summary

design size specification

design specification options, summary

examining design characteristics

factor specification options, summary

features

getting started

getting started examples

invoking

learning about FACTEX "Learning about the FACTEX Procedure"

learning about FACTEX "Learning about the FACTEX Procedure"

listing design factors

model specification

model specification options, summary

output

overview "Overview"

overview "Overview"

randomization

replication

resolution

statement descriptions

summary of functions "Summary of Functions"

summary of functions "Summary of Functions"

syntax "Syntax"

syntax "Syntax"

using interactively

FACTEX procedure, BLOCKS statement

NBLKFACS= option

NBLKFACS=MAXIMUM option

NBLOCKS= option

NBLOCKS= option, examples "Example 15.12: Replicated Blocked Design with Partial Confounding"

NBLOCKS= option, examples "Example of a Full Factorial Design in Two Blocks"

NBLOCKS=MAXIMUM option

SIZE= option

SIZE=MINIMUM option

FACTEX procedure, EXAMINE statement

ALIASING option

ALIASING option, example

CONFOUNDING option

DESIGN option

DESIGN option, example

FACTEX procedure, FACTORS statement

example

NLEV= option

FACTEX procedure, MODEL statement

ESTIMATE= option

ESTIMATE= option, examples "Example 15.12: Replicated Blocked Design with Partial Confounding"

ESTIMATE= option, examples "Example 15.2: Resolution IV Augmented Design"

MINABS option "Minimum Aberration"

MINABS option "MODEL Statement"

MINABS option, example

MINABS option, limitation

NONNEGLIGIBLE= option

RESOLUTION= option

RESOLUTION= option, examples "Example 15.2: Resolution IV Augmented Design"

RESOLUTION= option, examples "Example 15.4: Fold-Over Design"

RESOLUTION= option, examples "Example of a Half-Fraction Factorial Design"

RESOLUTION=MAX option

RESOLUTION=MAX option, examples "Example 15.6: Two-Level Design with Design Replication and Point Replication"

RESOLUTION=MAX option, examples "Example 15.6: Two-Level Design with Design Replication and Point Replication"

RESOLUTION=MAX option, examples "Example of a Full Factorial Design in Two Blocks"

FACTEX procedure, OUTPUT statement

CVALS= option "Factor Variable Characteristics in the Output Data Set"

CVALS= option "OUTPUT Statement"

CVALS= option "OUTPUT Statement"

CVALS= option, example

decode design factors

derived factors

derived factors, examples "Example 15.10: Hyper-Graeco-Latin Square Design"

derived factors, examples "Example 15.8: Mixed-Level Design Using Pseudo-Factors"

DESIGNREP= option

DESIGNREP= option, examples "Example 15.6: Two-Level Design with Design Replication and Point Replication"

DESIGNREP= option, examples "Example 15.6: Two-Level Design with Design Replication and Point Replication"

DESIGNREP= option, examples "Example 15.6: Two-Level Design with Design Replication and Point Replication"

DESIGNREP= option, examples "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"

DESIGNREP= option, examples "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"

DESIGNREP= option, examples "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"

NOVALRAN option

NVALS= option "Factor Variable Characteristics in the Output Data Set"

NVALS= option "OUTPUT Statement"

NVALS= option "OUTPUT Statement"

NVALS= option, example

OUT= option

OUT= option, example

POINTREP= option

POINTREP= option, examples "Example 15.6: Two-Level Design with Design Replication and Point Replication"

POINTREP= option, examples "Example 15.6: Two-Level Design with Design Replication and Point Replication"

POINTREP= option, examples "Example 15.6: Two-Level Design with Design Replication and Point Replication"

POINTREP= option, examples "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"

POINTREP= option, examples "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"

POINTREP= option, examples "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"

RANDOMIZE= option

RANDOMIZE= option, examples "Example 15.1: Completely Randomized Design"

RANDOMIZE= option, examples "Example 15.5: Randomized Complete Block Design"

RANDOMIZE= option, NOVALRAN option

RANDOMIZE= option, seed

recode block factor

recode block factor levels, examples "Example 15.5: Randomized Complete Block Design"

recode block factor levels, examples "Example of a Full Factorial Design in Two Blocks"

recode design factor levels, examples "Example 15.5: Randomized Complete Block Design"

recode design factor levels, examples "Example of a Half-Fraction Factorial Design"

recode design factor levels, examples "Example of a Two-Level Full Factorial Design"

FACTEX procedure, PROC FACTEX statement

example

NAMELEN option

NOCHECK option "Example 15.11: Resolution IV Design with Minimum Aberration"

NOCHECK option "PROC FACTEX Statement"

NOCHECK option "Speeding up the Search"

ODS tables

SECONDS= option

TIME= option "Example 15.11: Resolution IV Design with Minimum Aberration"

TIME= option "PROC FACTEX Statement"

FACTEX procedure, SIZE statement

DESIGN= option

DESIGN= option, examples "Example 15.2: Resolution IV Augmented Design"

DESIGN= option, examples "Example of a Half-Fraction Factorial Design"

DESIGN=MINIMUM option

FRACTION= option

FRACTION=MAXIMUM option

NRUNFACS= option

NRUNFACS=MINIMUM option

factor names, defaults

factor specification, FACTEX procedure

factor names

levels

factorial designs

balanced lattice

efficiency

finding "ADXPFF: List Available Fractional Factorial Designs"

finding "ADXPFF: List Available Fractional Factorial Designs"

fractional factorial, minimum aberration

fractional factorial, theory

macros for "ADXALIAS: Compute the Alias Structure"

macros for "ADXALIAS: Compute the Alias Structure"

macros for "ADXFFA: Analyze Fractional Factorial Designs"

macros for "ADXFFD: Construct Fractional Factorial Designs"

macros for "ADXPFF: List Available Fractional Factorial Designs"

macros for "ADXPFF: List Available Fractional Factorial Designs"

macros for "Fractional Factorial Design Macros: ADXFF File"

mixed-level

orthogonal

replicate

resolution

factorial portion of CCD designs

FACTORS statement, FACTEX procedure

options summarized by function

syntax

factors, FACTEX procedure

block factor "Block Factors"

block factor "Types of Factors"

block pseudo-factor "Block Factors"

block pseudo-factor "Confounding Rules"

block pseudo-factor "Types of Factors"

derived factor

design factor

design factor coding

design factor levels

design factor names

pseudo-factor

run-indexing factor "Confounding Rules"

run-indexing factor "Structure of General Factorial Designs"

run-indexing factor "Types of Factors"

types

filling area underneath density

histograms

fold-over design, example

folded normal distribution, histograms

example

FONT= option

CUSUM procedure

MACONTROL procedure

PARETO procedure "Dictionary of Options"

PARETO procedure "Dictionary of Options"

SHEWHART procedure

fonts, customizing

fonts, Shewhart charts

FORMCHAR= option

PARETO procedure

fractional factorial designs

macros for "ADXALIAS: Compute the Alias Structure"

macros for "ADXFFA: Analyze Fractional Factorial Designs"

macros for "ADXFFD: Construct Fractional Factorial Designs"

macros for "ADXPFF: List Available Fractional Factorial Designs"

macros for "ADXPFF: List Available Fractional Factorial Designs"

macros for "Fractional Factorial Design Macros: ADXFF File"

FREQ= option

PARETO procedure

frequency data, Pareto charts

frequency tables

full inspection and ASN2 function

functions

AOQ2 "AOQ2 Function"

AOQ2 "Evaluating Double-Sampling Plans"

ASN2 "ASN2 Function"

ASN2 "ASN2 Function"

ASN2 "Evaluating Double-Sampling Plans"

ATI2 "ATI2 Function"

ATI2 "ATI2 Function"

ATI2 "Evaluating Double-Sampling Plans"

BAYESACT call "BAYESACT Call"

BAYESACT call "BAYESACT Call"

BAYESACT call "BAYESACT Call"

C4 "C4 Function"

C4 "C4 Function"

C4 "Deriving Control Chart Constants"

C4 "Deriving Control Chart Constants"

CUSUMARL "CUSUMARL Function"

CUSUMARL "CUSUMARL Function"

D2 "D2 Function"

D2 "D2 Function"

D2 "Deriving Control Chart Constants"

D2 "Evaluating Double-Sampling Plans"

D3 "D3 Function"

D3 "D3 Function"

D3 "Deriving Control Chart Constants"

D3 "Evaluating Double-Sampling Plans"

EWMAARL "EWMAARL Function"

EWMAARL "EWMAARL Function"

for acceptance sampling

for control chart analysis

for sampling plans

PROBACC2 "Evaluating Double-Sampling Plans"

PROBACC2 "PROBACC2 Function"

PROBACC2 "PROBACC2 Function"

PROBBNML "Evaluating Single-Sampling Plans"

PROBBNML "Evaluating Single-Sampling Plans"

PROBBNML "PROBBNML Function"

PROBBNML "PROBBNML Function"

PROBHYPR "Evaluating Single-Sampling Plans"

PROBHYPR "Evaluating Single-Sampling Plans"

PROBHYPR "PROBHYPR Function"

PROBHYPR "PROBHYPR Function"

PROBHYPR "PROBHYPR Function"

PROBMED "PROBMED Function"

PROBMED "PROBMED Function"

STDMED "STDMED Function"

STDMED "STDMED Function"

summary of

Book Contents

Master Index

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