Weibull++ Standard Folio Data Gamma - Revision history

Richard House: Redirected page to Template:WebNotes/Weibull++Standard Folio Data Gamma

2015-07-10T21:05:17Z

Redirected page to Template:WebNotes/Weibull++Standard Folio Data Gamma

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Lisa Hacker: Replaced content with '{{Template:WebNotes/Weibull++Standard_Folio_Data_Gamma}}'

2013-05-19T23:50:54Z

Replaced content with '{{Template:WebNotes/Weibull++Standard_Folio_Data_Gamma}}'

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	The gamma distribution is a flexible life distribution model that may offer a good fit to some sets of failure data. It is not, however, widely used as a life distribution model for common failure mechanisms. The gamma distribution does arise naturally as the time-to-first-fail distribution for a system with standby exponentially distributed backups, and it is also a good fit for the sum of independent exponential random variables. The distribution is sometimes called the Erlang distribution, which is used frequently in queuing theory applications.
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	~~\| [http://www.reliawiki.org/index.php/The_Gamma_Distribution the theory textbook...]~~
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Richard House at 17:05, 21 February 2013

2013-02-21T17:05:04Z

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Chris Kahn at 01:09, 20 August 2012

2012-08-20T01:09:01Z

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Chris Kahn at 04:14, 3 August 2012

2012-08-03T04:14:51Z

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Chris Kahn at 09:24, 26 July 2012

2012-07-26T09:24:16Z

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Chris Kahn at 18:46, 24 April 2012

2012-04-24T18:46:56Z

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	The gamma distribution is a flexible life distribution model that may offer a good fit to some sets of failure data. It is not, however, widely used as a life distribution model for common failure mechanisms. The gamma distribution does arise naturally as the time-to-first-fail distribution for a system with standby exponentially distributed backups, and is also a good fit for the sum of independent exponential random variables. The ~~gamma~~ distribution is sometimes called the Erlang distribution, which is used frequently in queuing theory applications.		The gamma distribution is a flexible life distribution model that may offer a good fit to some sets of failure data. It is not, however, widely used as a life distribution model for common failure mechanisms. The gamma distribution does arise naturally as the time-to-first-fail distribution for a system with standby exponentially distributed backups, and it is also a good fit for the sum of independent exponential random variables. The distribution is sometimes called the Erlang distribution, which is used frequently in queuing theory applications.
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Athanasios Gerokostopoulos at 23:18, 13 April 2012

2012-04-13T23:18:27Z

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Athanasios Gerokostopoulos at 23:17, 13 April 2012

2012-04-13T23:17:04Z

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	The ~~objective~~ of ~~life~~ data ~~analysis~~ is ~~to fit~~ a ~~statistical~~ distribution to failure time ~~data in order~~ to ~~understand~~ the ~~reliability performance~~ of ~~a product over time or to make projections about future behavior~~. ~~From~~ the ~~analysis~~, ~~you can estimate several life characteristics, such as probability of failure, reliability, mean life or failure rate~~.		The gamma distribution is a flexible life distribution model that may offer a good fit to some sets of failure data. It is not, however, widely used as a life distribution model for common failure mechanisms. The gamma distribution does arise naturally as the time-to-first-fail distribution for a system with standby exponentially distributed backups, and is also a good fit for the sum of independent exponential random variables. The gamma distribution is sometimes called the Erlang distribution, which is used frequently in queuing theory applications.
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Chuck Smith at 23:42, 21 March 2012

2012-03-21T23:42:57Z

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	The ~~gamma distribution~~ is a ~~flexible life~~ distribution ~~model that may offer a good fit~~ to ~~some sets of~~ failure data. ~~It is not~~, ~~however~~, ~~widely used~~ as ~~a life distribution model for common~~ failure ~~mechanisms. The gamma distribution does arise naturally as the time-to-first-fail distribution for a system with standby exponentially distributed backups~~, ~~and is also a good fit for the sum of independent exponential random variables. The gamma distribution is sometimes called the Erlang distribution~~, ~~which is used frequently in queuing theory applications~~.		The objective of life data analysis is to fit a statistical distribution to failure time data in order to understand the reliability performance of a product over time or to make projections about future behavior. From the analysis, you can estimate several life characteristics, such as probability of failure, reliability, mean life or failure rate.
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