For the logarithm (g) of the likelihood ratio defined in Eq. (9.36), (e^{g}=) (frac{p_{1}(x)}{p_{0}(x)}). Define the moment

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For the logarithm \(g\) of the likelihood ratio defined in Eq. (9.36), \(e^{g}=\) \(\frac{p_{1}(x)}{p_{0}(x)}\). Define the moment generating function of \(g\) under Hypotheses \(H_{0}\) and \(H_{1}\) byimage text in transcribed

Show that \(f_{1}(s)=f_{0}(s+1)\). Determine \(f_{0}(s)\) for the logarithm of the likelihood ratio in Example.

Equation 9.36image text in transcribed

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