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Master Index |

SAS/QC User's Guide |

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**A**

- acceptance probability
- double-sampling plan
- PROBACC2 function
- Type A sampling "Evaluating Single-Sampling Plans"
- Type A sampling "Evaluating Single-Sampling Plans"
- Type A sampling "Evaluating Single-Sampling Plans"
- Type A sampling "PROBHYPR Function"
- Type A sampling "PROBHYPR Function"
- Type A sampling "PROBHYPR Function"
- Type B sampling "Evaluating Single-Sampling Plans"
- Type B sampling "Evaluating Single-Sampling Plans"
- Type B sampling "Evaluating Single-Sampling Plans"
- Type B sampling "PROBBNML Function"
- Type B sampling "PROBBNML Function"

- acceptance sampling
- average outgoing quality "AOQ2 Function"
- average outgoing quality "Evaluating Single-Sampling Plans"
- average outgoing quality "Types of Sampling Plans"
- average sample number "ASN2 Function"
- average sample number "ASN2 Function"
- average sample number "Evaluating Double-Sampling Plans"
- average sample number "Types of Sampling Plans"
- average total inspection "ATI2 Function"
- average total inspection "ATI2 Function"
- average total inspection "Evaluating Single-Sampling Plans"
- average total inspection "Types of Sampling Plans"
- evaluating double-sampling plans
- evaluating single-sampling plans "Evaluating Single-Sampling Plans"
- evaluating single-sampling plans "Evaluating Single-Sampling Plans"
- evaluating single-sampling plans "Evaluating Single-Sampling Plans"
- probability of choosing nonconforming items "PROBBNML Function"
- probability of choosing nonconforming items "PROBBNML Function"
- probability of choosing nonconforming items "PROBHYPR Function"
- probability of choosing nonconforming items "PROBHYPR Function"
- probability of choosing nonconforming items "PROBHYPR Function"
- types of sampling plans

- ADXADCEN macro

- ADXALIAS macro
- NOPRINT specification

- ADXCC file

- ADXCCD macro

- ADXCODE macro

- ADXCONF, from ADXTRANS macro

- ADXDCODE macro

- ADXDS macro variable

- ADXEFF data set

- ADXFF file

- ADXFFA macro

- ADXFFD data set

- ADXFFD macro

- ADXFILL macro

- ADXFIT macro variable

- ADXGEN file

- ADXINIT macro

- ADXLAM, from ADXTRANS macro

- ADXLIKE, from ADXTRANS macro

- ADXMAMD macro

- ADXMIX file

- ADXNB macro variable

- ADXNF macro variable

- ADXNFIT macro variable

- ADXPBD macro

- ADXPCC macro

- ADXPFF macro

- ADXQMOD macro
- naming quadratic variables

- ADXREG data set

- ADXRES macro variable

- ADXRPRT macro

- ADXSCD macro

- ADXSLD macro

- ADXTRANS macro
- output
- plots from

- ADXVLST macro variable

- ADXXVERT macro

- alias chains

- alias structure
- breaking links, example "Example 15.4: Fold-Over Design"
- breaking links, example "Example 15.4: Fold-Over Design"
- details
- examining "ADXALIAS: Compute the Alias Structure"
- examining "ADXALIAS: Compute the Alias Structure"
- examining "ADXALIAS: Compute the Alias Structure"
- example "Example 15.12: Replicated Blocked Design with Partial Confounding"
- example "Example 15.12: Replicated Blocked Design with Partial Confounding"
- example "Example 15.12: Replicated Blocked Design with Partial Confounding"
- example "Example 15.12: Replicated Blocked Design with Partial Confounding"
- example "Example 15.2: Resolution IV Augmented Design"
- example "Example 15.2: Resolution IV Augmented Design"
- example "Example 15.2: Resolution IV Augmented Design"
- finding "ADXALIAS: Compute the Alias Structure"
- finding "ADXALIAS: Compute the Alias Structure"
- listing with GLM procedure
- syntax

- ALLLABEL= option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure

- ALLLABEL2= option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure

- ALLN option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure "Dictionary of Options"
- SHEWHART procedure "Requesting Standard Tests"

- ALPHA= option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure "Dictionary of Options"
- SHEWHART procedure "Dictionary of Options"

- analysis of variance

- analyzing designs

- analyzing factorial designs

- ANCHOR= option
- PARETO procedure

- and R charts
- axis labels
- capability indices, computing "Capability Indices"
- capability indices, computing "Capability Indices"
- capability indices, computing "Capability Indices"
- capability indices, computing "Output Data Sets"
- capability indices, saving
- central line
- control limit equations
- 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
- reading preestablished control limits "Input Data Sets"
- reading preestablished control limits "Input Data Sets"
- reading preestablished control limits "Reading Preestablished Control Limits"
- reading raw measurements "Creating Charts for Means and Ranges from Raw Data"
- reading raw measurements "Input Data Sets"
- reading subgroup summary statistics "Creating Charts for Means and Ranges from 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 Limits"
- reading summary statistics and control limits "Saving Control Limits"
- saving control limits "Output Data Sets"
- saving control limits "Output Data Sets"
- saving control limits "Saving Control Limits"
- saving subgroup summary statistics "Output Data Sets"
- saving subgroup summary statistics "Output Data Sets"
- 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 Limits"
- saving summary statistics and control limits "Saving Control Limits"
- specifying parameters for "Example 43.2: Specifying Standard Values for the Process Mean and Standard Deviation"
- specifying parameters for "Example 43.2: Specifying Standard Values for the Process Mean and 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
- tests for special causes "Example 43.1: Applying Tests for Special Causes"
- tests for special causes "Example 43.1: Applying Tests for Special Causes"
- tests for special causes "Example 43.1: Applying Tests for Special Causes"

- and s charts
- capability indices, computing
- central line
- control limit equations
- examples, advanced
- examples, introductory
- labeling axes
- 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
- reading preestablished control limits "Input Data Sets"
- reading preestablished control limits "Input Data Sets"
- reading preestablished control limits "Reading Preestablished Control Limits"
- reading raw measurements "Creating Charts for Means and Standard Deviations from Raw Data"
- reading raw measurements "Creating Charts for Means and Standard Deviations from Raw Data"
- reading raw measurements "Creating Charts for Means and Standard Deviations from Raw Data"
- reading raw measurements "Input Data Sets"
- reading raw measurements "Input Data Sets"
- reading subgroup summary statistics "Creating Charts for Means and Standard Deviations from Summary Data"
- reading subgroup summary statistics "Creating Charts for Means and Standard Deviations from Summary Data"
- reading subgroup summary statistics "Creating Charts for Means and Standard Deviations from 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 "Input Data Sets"
- reading summary statistics and control limits "Saving Control Limits"
- saving control limits "Output Data Sets"
- saving control limits "Output Data Sets"
- saving control limits "Saving Control Limits"
- saving control limits "Saving Control Limits"
- 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 Limits"
- saving summary statistics and control limits "Saving Control Limits"
- specifying parameters for
- 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

- Anderson-Darling statistic

- Anderson-Darling test

- ANGLE= option
- PARETO procedure

- ANNOKEY option
- PARETO procedure

- ANNOTATE= data set
- PARETO procedure

- ANNOTATE= option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure

- ANNOTATE2= data set
- PARETO procedure

- ANNOTATE2= option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure

- annotating
- cdf plots
- comparative histograms
- example "Example 21.2: Annotating Average Run Lengths on the Chart"
- example "Example 21.2: Annotating Average Run Lengths on the Chart"
- example "Example 21.2: Annotating Average Run Lengths on the Chart"
- histograms
- P-P plots
- probability plots
- Q-Q plots
- Shewhart charts "Dictionary of Options"
- Shewhart charts "Dictionary of Options"

- AOQ2 function

- ASN2 function

- ASYMPTOTIC option
- MACONTROL procedure

- ATI2 function

- augment, factorial design
- example "Example 15.2: Resolution IV Augmented Design"
- example "Example 15.4: Fold-Over Design"

- autocorrelation in process data
- diagnosing and modeling "Diagnosing and Modeling Autocorrelation"
- diagnosing and modeling "Diagnosing and Modeling Autocorrelation"
- strategies for handling "Strategies for Handling Autocorrelation"
- strategies for handling "Strategies for Handling Autocorrelation"
- strategies for handling "Strategies for Handling Autocorrelation"
- strategies for handling "Strategies for Handling Autocorrelation"
- strategies for handling "Strategies for Handling Autocorrelation"

- average and range method
- GAGE application
- gage studies "Average and Range Method"
- gage studies "Introduction"

- average chart
- GAGE application
- gage studies "Average Chart"
- gage studies "Introduction"

- average outgoing quality
- AOQ2 function
- Type B single-sampling "Evaluating Single-Sampling Plans"
- Type B single-sampling "Evaluating Single-Sampling Plans"

- average run lengths
- cusum schemes
- EWMA scheme "EWMAARL Function"
- EWMA scheme "EWMAARL Function"

- average sample number
- ASN2 function
- Type B single-sampling

- average total inspection
- ATI2 function
- Type B single-sampling

- axes, Pareto charts

- axial portion of CCD designs

- AXISFACTOR option
- PARETO procedure

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