Template:Simple plotting - Revision history

Richard House: Redirected page to Comparing Life Data Sets

2012-08-13T06:31:13Z

Redirected page to Comparing Life Data Sets

← Older revision		Revision as of 06:31, 13 August 2012
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	~~===Simple Plotting===~~		#REDIRECT [[Comparing_Life_Data_Sets]]
	One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap or separate at the point of interest. This can be easily done using the Overlay Plot feature in Weibull++. This approach can be effective for comparisons at a given point in time or a given reliability level, but it is difficult to assess the overall behavior of the two distributions because the confidence bounds may overlap at some points and be far apart at others.

Lisa Hacker: /* Simple Plotting */

2012-03-30T17:54:08Z

Simple Plotting

← Older revision		Revision as of 17:54, 30 March 2012
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	===Simple Plotting===		===Simple Plotting===
	One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap, or separate, at the point of interest. This can be effective for comparisons at a given point in time or a given reliability level, but it is difficult to assess the overall behavior of the two distributions~~, as~~ the confidence bounds may overlap at some points and be far apart at others~~. This can be easily done using the MultiPlot feature in Weibull++~~.		One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap or separate at the point of interest. This can be easily done using the Overlay Plot feature in Weibull++. This approach can be effective for comparisons at a given point in time or a given reliability level, but it is difficult to assess the overall behavior of the two distributions because the confidence bounds may overlap at some points and be far apart at others.

Harry Guo at 22:21, 27 February 2012

2012-02-27T22:21:03Z

← Older revision		Revision as of 22:21, 27 February 2012
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	~~'''~~Simple Plotting~~'''~~		===Simple Plotting===
	One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap, or separate, at the point of interest. This can be effective for comparisons at a given point in time or a given reliability level, but it is difficult to assess the overall behavior of the two distributions, as the confidence bounds may overlap at some points and be far apart at others. This can be easily done using the MultiPlot feature in Weibull++.		One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap, or separate, at the point of interest. This can be effective for comparisons at a given point in time or a given reliability level, but it is difficult to assess the overall behavior of the two distributions, as the confidence bounds may overlap at some points and be far apart at others. This can be easily done using the MultiPlot feature in Weibull++.

Harry Guo at 22:20, 27 February 2012

2012-02-27T22:20:04Z

← Older revision		Revision as of 22:20, 27 February 2012
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	~~===~~Simple Plotting~~===~~		'''Simple Plotting'''
	One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap, or separate, at the point of interest. This can be effective for comparisons at a given point in time or a given reliability level, but it is difficult to assess the overall behavior of the two distributions, as the confidence bounds may overlap at some points and be far apart at others. This can be easily done using the MultiPlot feature in Weibull++.		One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap, or separate, at the point of interest. This can be effective for comparisons at a given point in time or a given reliability level, but it is difficult to assess the overall behavior of the two distributions, as the confidence bounds may overlap at some points and be far apart at others. This can be easily done using the MultiPlot feature in Weibull++.

Nicolette Young: Created page with '===Simple Plotting=== One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap, or separ…'

2012-01-05T00:20:49Z

Created page with '===Simple Plotting=== One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap, or separ…'

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===Simple Plotting===
One popular graphical method for making this determination involves plotting the data with confidence bounds and seeing whether the bounds overlap, or separate, at the point of interest. This can be effective for comparisons at a given point in time or a given reliability level, but it is difficult to assess the overall behavior of the two distributions, as the confidence bounds may overlap at some points and be far apart at others. This can be easily done using the MultiPlot feature in Weibull++.