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SAS/QC User's Guide |

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 |

**E**

- effect length, FACTEX procedure
- limit

- effect length, OPTEX procedure
- limit

- empirical distribution function
- definition of "Printed Output"
- definition of "Tests for Normality"
- EDF test compared to chi-square goodness-of-fit test
- EDF test statistics "Printed Output"
- EDF test statistics "Printed Output"
- EDF test statistics "Tests for Normality"
- EDF test statistics "Tests for Normality"
- EDF test statistics, Anderson-Darling "Printed Output"
- EDF test statistics, Anderson-Darling "Tests for Normality"
- EDF test statistics, Cramer-von Mises
- EDF test statistics, Cramr-von Mises
- EDF test statistics, Kolmogorov-Smirnov "Printed Output"
- EDF test statistics, Kolmogorov-Smirnov "Tests for Normality"
- EDF test, probability values

- ENDGRID option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure

- estimable effects

- EWMA charts
- asymptotic control limits, displaying
- asymptotic control limits, example
- average run lengths, computing
- axis labels
- central line
- control limit equations
- control limits, computing "Constructing EWMA Charts"
- control limits, computing "Dictionary of Special Options"
- displaying subgroup means, example
- examples, advanced
- examples, introductory
- missing values
- notation
- ODS tables
- options summarized by function "Summary of Options"
- options summarized by function "Summary of Options"
- options summarized by function "Summary of Options"
- options summarized by function "Summary of Options"
- options summarized by function "Summary of Options"
- options summarized by function "Summary of Options"
- options summarized by function "Summary of Options"
- options summarized by function "Summary of Options"
- overview
- plotted points
- plotting character
- plotting subgroup means
- probability limits
- process mean, specifying
- process standard deviation, specifying
- reading preestablished control limit parameters "Input Data Sets"
- reading preestablished control limit parameters "Input Data Sets"
- reading preestablished control limit parameters "Reading Preestablished Control Limit Parameters"
- reading preestablished control limit parameters "Reading Preestablished Control Limit Parameters"
- reading preestablished control limit parameters "Reading Preestablished Control Limit Parameters"
- reading probability limits
- reading raw measurements "Creating EWMA Charts from Raw Data"
- reading raw measurements "Creating EWMA Charts from Raw Data"
- reading raw measurements "Creating EWMA Charts from Raw Data"
- reading raw measurements "Input Data Sets"
- reading raw measurements "Input Data Sets"
- reading subgroup summary statistics "Creating EWMA Charts from Subgroup Summary Data"
- reading subgroup summary statistics "Creating EWMA Charts from Subgroup Summary Data"
- reading subgroup summary statistics "Creating EWMA Charts from Subgroup Summary Data"
- reading subgroup summary statistics "Creating EWMA Charts from Subgroup Summary Data"
- reading subgroup summary statistics "Input Data Sets"
- reading subgroup summary statistics "Input Data Sets"
- reading summary statistics and control limits "Input Data Sets"
- reading summary statistics and control limits "Input Data Sets"
- reading summary statistics and control limits "Saving Control Limit Parameters"
- saving control limit parameters "Output Data Sets"
- saving control limit parameters "Output Data Sets"
- saving control limit parameters "Saving Control Limit Parameters"
- saving control limit parameters "Saving Control Limit Parameters"
- saving subgroup summary statistics "Output Data Sets"
- saving subgroup summary statistics "Output Data Sets"
- saving subgroup summary statistics "Saving Summary Statistics"
- saving subgroup summary statistics "Saving Summary Statistics"
- saving summary statistics and control limits "Output Data Sets"
- saving summary statistics and control limits "Output Data Sets"
- saving summary statistics and control limits "Saving Control Limit Parameters"
- saving summary statistics and control limits "Saving Control Limit Parameters"
- specifying parameters for "Example 20.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"
- specifying parameters for "Example 20.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"
- standard deviation, estimating "Methods for Estimating the Standard Deviation"
- standard deviation, estimating "Methods for Estimating the Standard Deviation"
- standard deviation, estimating "Methods for Estimating the Standard Deviation"
- standard deviation, estimating "Methods for Estimating the Standard Deviation"
- standard deviation, estimating "Methods for Estimating the Standard Deviation"
- syntax
- varying subgroup sample sizes
- weight parameter, choosing
- weight parameter, specifying

- EWMAARL function

- EWMACHART statement
- examples, advanced
- examples, introductory
- overview
- syntax

- EXAMINE statement, FACTEX procedure
- options summarized by function
- syntax

- EXAMINE statement, OPTEX procedure
- syntax

- examples, FACTEX procedure
- advanced
- alias links breaking
- center points
- collapsing factors
- completely randomized
- derived factors
- design replication "Example 15.6: Two-Level Design with Design Replication and Point Replication"
- design replication "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"
- fold-over design
- full factorial
- full factorial in blocks
- getting started
- half-fraction factorial
- hyper-Graeco-Latin square
- incomplete block design
- minimum aberration
- mixed-level "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"
- mixed-level "Example 15.8: Mixed-Level Design Using Pseudo-Factors"
- partial confounding
- point replication "Example 15.6: Two-Level Design with Design Replication and Point Replication"
- point replication "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"
- pseudo-factors
- randomized complete block design
- RCBD
- replication "Example 15.6: Two-Level Design with Design Replication and Point Replication"
- replication "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"
- resolution III design
- resolution IV
- resolution IV, augmented
- sequential construction

- EXCHART option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure

- expected value
- for range of iid normal variables
- for standard deviation of iid normal sample "C4 Function"
- for standard deviation of iid normal sample "C4 Function"

- exponential distribution
- cdf plots
- chi-square goodness-of-fit test
- deviation from empirical distribution
- EDF goodness-of-fit test
- histograms "Dictionary of Options"
- histograms "Formulas for Fitted Curves"
- P-P plots "Dictionary of Options"
- P-P plots "Dictionary of Options"
- probability plots "Dictionary of Options"
- probability plots "Dictionary of Options"
- Q-Q plots "Dictionary of Options"
- Q-Q plots "Dictionary of Options"

- extreme vertices designs

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