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Master Index |

SAS/QC User's Guide |

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**R**

- R charts
- capability indices, computing
- central line
- control limit equations "Constructing Range Charts"
- control limit equations "Constructing Range Charts"
- control limits, specifying "Example 39.2: Specifying Control Limit Information"
- control limits, specifying "Example 39.2: Specifying Control Limit Information"
- control limits, specifying "Example 39.2: Specifying Control Limit Information"
- 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"
- overview
- plotted points
- plotting character
- probability limits "Example 39.1: Computing Probability Limits"
- probability limits "Example 39.1: Computing Probability Limits"
- reading preestablished control limits "Input Data Sets"
- reading preestablished control limits "Reading Preestablished Control Limits"
- reading preestablished control limits "Reading Preestablished Control Limits"
- reading raw measurements "Creating Range Charts from Raw Data"
- reading raw measurements "Creating Range Charts from Raw Data"
- reading raw measurements "Creating Range Charts from Raw Data"
- reading raw measurements "Input Data Sets"
- reading subgroup summary statistics "Creating Range Charts from Summary Data"
- reading subgroup summary statistics "Creating Range Charts from Summary Data"
- reading subgroup summary statistics "Creating Range Charts from Summary Data"
- reading subgroup summary statistics "Creating Range Charts 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"
- 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"
- standard deviation, estimating "Methods for Estimating the Standard Deviation"
- standard deviation, estimating "Methods for Estimating the Standard Deviation"
- syntax

- randomization, FACTEX procedure
- blocking
- details
- example "Example 15.1: Completely Randomized Design"
- example "Example 15.5: Randomized Complete Block Design"
- prevent "OUTPUT Statement"
- prevent "Randomization"
- seed "Example 15.5: Randomized Complete Block Design"
- seed "OUTPUT Statement"

- randomized complete block, example

- randomized treatments, example

- randomizing designs

- range
- saving in output data set

- range chart
- GAGE application
- gage studies "Introduction"
- gage studies "Range Chart"

- RANGES option
- SHEWHART procedure

- RCHART statement
- examples, advanced
- examples, introductory
- 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
- syntax

- READALPHA option
- MACONTROL procedure
- SHEWHART procedure

- READINDEX= option
- CUSUM procedure
- MACONTROL procedure "Dictionary of Special Options"
- MACONTROL procedure "Dictionary of Special Options"
- SHEWHART procedure "Applying Tests with Multiple Sets of Control Limits"
- SHEWHART procedure "Applying Tests with Multiple Sets of Control Limits"
- SHEWHART procedure "Applying Tests with Multiple Sets of Control Limits"
- SHEWHART procedure "Dictionary of Options"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"

- READLIMITS option
- CUSUM procedure
- MACONTROL procedure "Dictionary of Special Options"
- MACONTROL procedure "Dictionary of Special Options"
- SHEWHART procedure

- READPHASES= option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure "Applying Tests with Multiple Phases"
- SHEWHART procedure "Applying Tests with Multiple Sets of Control Limits"
- SHEWHART procedure "Applying Tests with Multiple Sets of Control Limits"
- SHEWHART procedure "Applying Tests with Multiple Sets of Control Limits"
- SHEWHART procedure "Dictionary of Options"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Multiple Sets of Control Limits"
- SHEWHART procedure "Displaying Stratification in Phases"
- SHEWHART procedure "Displaying Stratification in Phases"
- SHEWHART procedure "Displaying Stratification in Phases"

- READSIGMAS option
- CUSUM procedure

- reliability analysis
- analyzing accelerated life test data "Analysis of Accelerated Life Test Data"
- analyzing accelerated life test data "Analysis of Accelerated Life Test Data"
- analyzing accelerated life test data "Analysis of Accelerated Life Test Data"
- analyzing accelerated life test data "Analysis of Accelerated Life Test Data"
- analyzing accelerated life test data "Analysis of Accelerated Life Test Data"
- analyzing arbitrarily-censored data
- analyzing binomial data "Analysis of Binomial Data"
- analyzing binomial data "Analysis of Binomial Data"
- analyzing binomial data "Analysis of Binomial Data"
- analyzing groups of data "Weibull Analysis Comparing Groups of Data"
- analyzing groups of data "Weibull Analysis Comparing Groups of Data"
- analyzing groups of data "Weibull Analysis Comparing Groups of Data"
- analyzing interval-censored data "Lognormal Analysis with Arbitrary Censoring"
- analyzing interval-censored data "Weibull Analysis of Interval Data with Common Inspection Schedule"
- analyzing interval-censored data "Weibull Analysis of Interval Data with Common Inspection Schedule"
- analyzing interval-censored data "Weibull Analysis of Interval Data with Common Inspection Schedule"
- analyzing interval-censored data "Weibull Analysis of Interval Data with Common Inspection Schedule"
- analyzing interval-censored data "Weibull Analysis of Interval Data with Common Inspection Schedule"
- analyzing regression models "Regression Modeling"
- analyzing regression models "Regression Modeling"
- analyzing regression models "Regression Modeling"
- analyzing regression models "Regression Modeling"
- analyzing regression models "Regression Modeling"
- analyzing repair data "Analysis of Recurrence Data on Repairs"
- analyzing repair data "Analysis of Recurrence Data on Repairs"
- analyzing repair data "Analysis of Recurrence Data on Repairs"
- analyzing right-censored data "Analysis of Right-Censored Data from a Single Population"
- analyzing right-censored data "Analysis of Right-Censored Data from a Single Population"
- analyzing right-censored data "Analysis of Right-Censored Data from a Single Population"
- analyzing two groups of repair data "Comparison of Two Samples of Repair Data"
- analyzing two groups of repair data "Comparison of Two Samples of Repair Data"
- analyzing two groups of repair data "Comparison of Two Samples of Repair Data"
- analyzing two groups of repair data "Comparison of Two Samples of Repair Data"
- arbitrarily censored data
- binomial parameter estimation "Parameter Estimation"
- binomial parameter estimation "Parameter Estimation"
- classification variables
- confidence intervals for parameters "Parameter Estimation"
- confidence intervals for parameters "Parameter Estimation"
- covariance matrix of parameters
- creating life-stress relation plots "RELATIONPLOT Statement"
- creating life-stress relation plots "RELATIONPLOT Statement"
- creating life-stress relation plots "RELATIONPLOT Statement"
- creating life-stress relation plots "RELATIONPLOT Statement"
- creating life-stress relation plots "RELATIONPLOT Statement"
- creating life-stress relation plots "RELATIONPLOT Statement"
- creating life-stress relation plots "RELATIONPLOT Statement"
- creating life-stress relation plots "RELATIONPLOT Statement"
- creating output data sets "MAKE Statement"
- creating output data sets "ODS Table Names"
- creating probability plots "PROBPLOT Statement"
- creating probability plots "PROBPLOT Statement"
- creating probability plots "PROBPLOT Statement"
- creating probability plots "PROBPLOT Statement"
- creating probability plots "PROBPLOT Statement"
- creating probability plots "PROBPLOT Statement"
- creating probability plots "PROBPLOT Statement"
- details
- estimating distribution parameters "ANALYZE Statement"
- estimating distribution parameters "ANALYZE Statement"
- estimating distribution parameters "ANALYZE Statement"
- examples
- fitting regression models "MODEL Statement"
- fitting regression models "MODEL Statement"
- fitting regression models "MODEL Statement"
- fitting regression models "MODEL Statement"
- frequency variables
- insets "INSET Statement"
- insets "INSET Statement"
- insets "INSET Statement"
- insets "INSET Statement"
- least squares estimation
- maximum likelihood estimation
- mean cumulative function plots "MCFPLOT Statement"
- mean cumulative function plots "MCFPLOT Statement"
- mean cumulative function plots "MCFPLOT Statement"
- mean cumulative function plots "MCFPLOT Statement"
- mean cumulative function plots "MCFPLOT Statement"
- mean cumulative function plots "UNITID Statement"
- observation-wise percentiles "Regression Model Observation-Wise Statistics"
- observation-wise percentiles "Regression Model Observation-Wise Statistics"
- observation-wise percentiles "Regression Model Observation-Wise Statistics"
- observation-wise predicted values
- observation-wise reliability function estimates
- observation-wise statistics "Regression Model Observation-Wise Statistics"
- observation-wise statistics "Regression Model Observation-Wise Statistics"
- observation-wise statistics "Regression Model Observation-Wise Statistics"
- observation-wise statistics "Regression Model Observation-Wise Statistics"
- observation-wise statistics "Regression Model Observation-Wise Statistics"
- observation-wise statistics "Regression Model Observation-Wise Statistics"
- observation-wise statistics "Regression Model Observation-Wise Statistics"
- overview "Overview"
- overview "Overview"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- parameter estimation "Parameter Estimation"
- percentile estimation "Parameter Estimation"
- percentile estimation "Parameter Estimation"
- poisson parameter estimation "Parameter Estimation"
- poisson parameter estimation "Parameter Estimation"
- probability distributions "Probability Distributions"
- probability distributions "Probability Distributions"
- probability distributions "Probability Distributions"
- probability plots "Probability Plotting"
- probability plots "Probability Plotting"
- probability plots "Probability Plotting"
- probability plots "Probability Plotting"
- probability plots "Probability Plotting"
- probability plots "Probability Plotting"
- readout data
- recurrence data "Recurrence Data from Repairable Systems"
- recurrence data "Recurrence Data from Repairable Systems"
- recurrence data "Recurrence Data from Repairable Systems"
- recurrence data "Recurrence Data from Repairable Systems"
- regression model parameters "Parameter Estimation"
- regression model parameters "Parameter Estimation"
- regression model parameters "Parameter Estimation"
- reliability function estimation "Parameter Estimation"
- reliability function estimation "Parameter Estimation"
- residuals "Regression Model Observation-Wise Statistics"
- residuals "Regression Model Observation-Wise Statistics"
- specifying failure modes
- specifying probability distributions
- syntax
- Turnbull algorithm
- types of lifetime data
- Weibayes estimation

- RELIABILITY procedure
- details
- examples
- overview
- syntax

- RELIABILITY procedure, ANALYZE statement
- CONVERGE= option
- PPOS= option "Probability Plotting"
- PPOS= option "Probability Plotting"
- PPOS= option "Probability Plotting"
- PREDICT option
- summary of options "ANALYZE Statement"
- summary of options "ANALYZE Statement"
- TOLERANCE option

- RELIABILITY procedure, BY statement

- RELIABILITY procedure, CLASS statement

- RELIABILITY procedure, DISTRIBUTION statement

- RELIABILITY procedure, FMODE statement

- RELIABILITY procedure, FREQ statement

- RELIABILITY procedure, INSET statement
- keywords "INSET Statement"
- keywords "INSET Statement"
- summary of options

- RELIABILITY procedure, MAKE statement
- NOPRINT option
- table keywords

- RELIABILITY procedure, MCFPLOT statement
- MCFDIFF option
- summary of options "MCFPLOT Statement"
- summary of options "MCFPLOT Statement"
- summary of options "MCFPLOT Statement"
- summary of options "MCFPLOT Statement"

- RELIABILITY procedure, MODEL statement
- CONVERGE= option
- CORRB option
- COVB option
- NOINT option
- OBSTATS option "Analysis of Accelerated Life Test Data"
- OBSTATS option "Analysis of Accelerated Life Test Data"
- OBSTATS option "MODEL Statement"
- OBSTATS option "Regression Modeling"
- RELATION= option "Analysis of Accelerated Life Test Data"
- RELATION= option "Analysis of Accelerated Life Test Data"
- summary of options "MODEL Statement"
- summary of options "MODEL Statement"

- RELIABILITY procedure, NENTER statement

- RELIABILITY procedure, ODS
- table keywords

- RELIABILITY procedure, ODS table names

- RELIABILITY procedure, PROBPLOT statement
- CONVERGE= option
- COVB option "Analysis of Right-Censored Data from a Single Population"
- COVB option "Analysis of Right-Censored Data from a Single Population"
- NOCONF option "Weibull Analysis Comparing Groups of Data"
- NOCONF option "Weibull Analysis of Interval Data with Common Inspection Schedule"
- NOCONF option "Weibull Analysis of Interval Data with Common Inspection Schedule"
- OVERLAY option
- PCONFPLT option "Weibull Analysis of Interval Data with Common Inspection Schedule"
- PCONFPLT option "Weibull Analysis of Interval Data with Common Inspection Schedule"
- PPOS= option "Probability Plotting"
- PPOS= option "Probability Plotting"
- PPOS= option "Probability Plotting"
- READOUT option "Weibull Analysis of Interval Data with Common Inspection Schedule"
- READOUT option "Weibull Analysis of Interval Data with Common Inspection Schedule"
- summary of options "PROBPLOT Statement"
- summary of options "PROBPLOT Statement"
- summary of options "PROBPLOT Statement"
- summary of options "PROBPLOT Statement"
- summary of options "PROBPLOT Statement"
- summary of options "PROBPLOT Statement"

- RELIABILITY procedure, RELATIONPLOT statement
- CONVERGE= option
- FIT= option "Analysis of Accelerated Life Test Data"
- FIT= option "Analysis of Accelerated Life Test Data"
- LUPPER= option "Analysis of Accelerated Life Test Data"
- LUPPER= option "Analysis of Accelerated Life Test Data"
- NOCONF option "Analysis of Accelerated Life Test Data"
- NOCONF option "Analysis of Accelerated Life Test Data"
- PLOTDATA option "Analysis of Accelerated Life Test Data"
- PLOTDATA option "Analysis of Accelerated Life Test Data"
- PLOTFIT option "Analysis of Accelerated Life Test Data"
- PLOTFIT option "Analysis of Accelerated Life Test Data"
- PPLOT option "Analysis of Accelerated Life Test Data"
- PPLOT option "Analysis of Accelerated Life Test Data"
- PPOS= option "Probability Plotting"
- PPOS= option "Probability Plotting"
- PPOS= option "Probability Plotting"
- RELATION= option "Analysis of Accelerated Life Test Data"
- RELATION= option "Analysis of Accelerated Life Test Data"
- SLOWER= option "Analysis of Accelerated Life Test Data"
- SLOWER= option "Analysis of Accelerated Life Test Data"
- summary of options "RELATIONPLOT Statement"
- summary of options "RELATIONPLOT Statement"
- summary of options "RELATIONPLOT Statement"
- summary of options "RELATIONPLOT Statement"
- summary of options "RELATIONPLOT Statement"
- summary of options "RELATIONPLOT Statement"
- summary of options "RELATIONPLOT Statement"

- RELIABILITY procedure, UNITID statement

- renaming design factors

- REPEAT option
- CUSUM procedure
- MACONTROL procedure
- SHEWHART procedure

- repeatability
- average and range method
- definition of
- introduction to
- range chart "Performing a Range Chart Analysis"
- range chart "Range Chart"
- variance components method

- repeatability and reproducibility
- average and range method
- introduction to
- variance components method

- replication, FACTEX procedure
- data set "OUTPUT Statement"
- data set "Summary of Functions"
- design point
- design replication "Replication"
- design replication "Replication"
- design replication "Replication"
- details
- entire design
- example "Example 15.6: Two-Level Design with Design Replication and Point Replication"
- example "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"
- fixed number of times "Replication"
- fixed number of times "Summary of Functions"
- inner array
- number of times "OUTPUT Statement"
- number of times "OUTPUT Statement"
- outer array
- point replication "Replication"
- point replication "Replication"
- point replication "Replication"

- reproducibility
- average and range method
- average chart "Average Chart"
- average chart "Performing an Average Chart Analysis"
- definition of
- introduction to
- variance components method

- RESET option
- MACONTROL procedure

- resolution of designs

- resolution, FACTEX procedure
- comparison
- definition
- example "Example 15.11: Resolution IV Design with Minimum Aberration"
- example "Example 15.2: Resolution IV Augmented Design"
- example "Example of a Half-Fraction Factorial Design"
- minimum aberration
- number
- numbering scheme
- syntax

- response, factorial design

- _RMSE_ variable, ADXTRANS macro

- robust estimators
- location
- scale
- trimmed means
- Winsorized means

- robust measures of scale
- Qn
- Sn

- rotatable designs

- rounding

- RSYMBOL= option
- SHEWHART procedure

- RTMARGIN= option
- SHEWHART procedure

- RTMPLOT= option
- SHEWHART procedure "Creating a Preliminary Individual Measurements Chart"
- SHEWHART procedure "Dictionary of Options"

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