Quality and Reliability Methods - SAS

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294 Degradation Chapter 16 Platform Options Table 16.3 Degradation Platform Options Option Path Definition Description The Y variable at a given time is assumed to have a distribution. You can model the mean, location parameter, or median of that distribution. Mean Path is used to model the mean. Location Parameter Path is used to model the location parameter. Median Path is used to model the median of the distribution. When the Location Parameter or Median Path option is selected, a menu appears in the Model Specification. Select the distribution of the response from that menu. See Figure 16.18. Figure 16.18 Distribution Specification Degradation Path Style Provides options for selecting the style of degradation path to fit. Simple Linear Path is used to fit linear degradation paths, <strong>and</strong> nonlinear paths that can be transformed to linear. For more information, see “Simple Linear Path” on page 282. Nonlinear Path is used to fit nonlinear degradation paths. For more information, see “Nonlinear Path” on page 284.
Chapter 16 Degradation 295 Platform Options Table 16.3 Degradation Platform Options (Continued) Option Graph Options Description Provides options for modifying the platform graphs. Connect Data Markers Overlay plot. shows or hides lines connecting the points on the Show Fitted Lines Show Spec Limits Show Residual Plot shows or hides the fitted lines on the Overlay plot. shows or hides the spec limits on the Overlay plot. shows or hides the residual plot. Show Inverse Prediction Plot shows or hides the inverse prediction plot Show Curve Interval shows or hides the confidence intervals on the fitted lines on the Overlay plot. Curve Interval Alpha enables you to change the alpha used for the confidence interval curves. Show Median Curves shows or hides median lines on the plot when the Path Definition is set to Location Parameter Path. Show Legend shows or hides a legend for the markers used on the Overlay plot. No Tab List shows or hides the Residual Plot, Inverse Prediction, <strong>and</strong> Prediction Graph in tabs or in stacked reports.
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Version 10 Quality and Reliability
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INDIRECT OR CONSEQUENTIAL DAMAGES O
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6 Nelson Rules . . . . . . . . . .
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10 Other Menu Options . . . . . . .
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12 Reliability Forecast Platform Op
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Chapter 1 Learn about JMP Documenta
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Chapter 1 Learn about JMP 17 Book C
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Chapter 1 Learn about JMP 19 Book C
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Chapter 2 Statistical Control Chart
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Chapter 3 Introduction to Control C
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Chapter 4 Interactive Control Chart
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Chapter 10 Variability Charts 153 V
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Chapter 10 Variability Charts 163 R
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Chapter 10 Variability Charts 169 D
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Chapter 11 Pareto Plots The Pareto
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Chapter 11 Pareto Plots 181 Pareto
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Chapter 11 Pareto Plots 187 Launch
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Chapter 11 Pareto Plots 189 One-Way
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Chapter 11 Pareto Plots 191 Two-Way
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Chapter 11 Pareto Plots 193 Defect
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Chapter 11 Pareto Plots 195 Defect
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Chapter 19 Reliability and Survival
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References Abernethy, Robert B. (19
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References 407 Carroll, R.J., Ruppe
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References 409 Haaland, P.D. (1989)
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References 411 Lawless, J.F. (1982)
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References 413 Nelson, W.B. (2003),
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References 415 Snee, R.D. and Marqu
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Index JMP Quality and Reliability M
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Index 419 Fit SEV 242 Fit Weibull 2
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Index 421 Q Quantiles table 356 R R
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Index 423 Weibull Plot 360 Westgard
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Quality and Reliability Methods - SAS

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