ALTA ALTA Standard Folio Data GER-Exponential: Difference between revisions

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By setting  <math>m=L(V,U)</math>  as given in Eqn. (Gen-Eyr), the exponential  <math>pdf</math>  becomes:
By setting  <math>m=L(V,U)</math>  as given in Eqn. (Gen-Eyr), the exponential  <math>pdf</math>  becomes:
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<math>f(t,V,U)=\left( V{{e}^{-A-\tfrac{B}{V}-CU-D\tfrac{U}{V}}} \right){{e}^{-tV{{e}^{-A-\tfrac{B}{V}-CU-D\tfrac{U}{V}}}}}</math>
<math>f(t,V,U)=\left( V{{e}^{-A-\tfrac{B}{V}-CU-D\tfrac{U}{V}}} \right){{e}^{-tV{{e}^{-A-\tfrac{B}{V}-CU-D\tfrac{U}{V}}}}}</math>
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| align="center" valign="middle" | [http://reliawiki.com/index.php/Template:Generalized_eyring-exponential#Generalized_Eyring-Exponential Generalized Eyring Exponential]
| valign="middle" | [http://reliawiki.com/index.php/Template:Generalized_eyring-exponential#Generalized_Eyring-Exponential Generalized Eyring Exponential]
 
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Revision as of 22:09, 10 February 2012

Webnotes-alta.png
Standard Folio Data GER-Exponential
ALTA

By setting [math]\displaystyle{ m=L(V,U) }[/math] as given in Eqn. (Gen-Eyr), the exponential [math]\displaystyle{ pdf }[/math] becomes:
[math]\displaystyle{ f(t,V,U)=\left( V{{e}^{-A-\tfrac{B}{V}-CU-D\tfrac{U}{V}}} \right){{e}^{-tV{{e}^{-A-\tfrac{B}{V}-CU-D\tfrac{U}{V}}}}} }[/math]

Generalized Eyring Exponential


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