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conditional_probability [2016/12/27 14:28]
nikolaj
conditional_probability [2016/12/27 14:29]
nikolaj
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 If the pair of functions commute, If the pair of functions commute,
  
-$\dfrac{f}{S_Lf} = \dfrac{f}{S_Rf}\dfrac{\frac{1}{S_LS_Rf}S_Rf}{\frac{1}{S_LS_Rf}S_Lf} = \dfrac{f}{S_Rf}\dfrac{\frac{1}{S_L(S_Rf)}S_Rf}{\frac{1}{S_R(S_Lf)}S_Lf}$+$\dfrac{f}{S_Lf} = \dfrac{f}{S_Rf}\dfrac{\frac{1}{S_LS_Rf}S_Rf}{\frac{1}{S_LS_Rf}S_Lf} = \dfrac{f}{S_Rf}\dfrac{\frac{S_Rf}{S_L(S_Rf)}S_Rf}{\frac{S_Lf}{S_R(S_Lf)}}$
  
 ** Bayes rule: ** ** Bayes rule: **
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