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This part initially confused me a bit since the GLM formula 15.1 does not actually contain the notation of sufficient statistic $\mathcal{T}(y)=y$ for a signal point $y_n$, unlike the section 2.4 where we have multiple x's and so we have the sufficient statistic $\mathcal{T}(x)$. Strictly speaking it should be $\mathcal{T}(y)=y_n$, but my point is that this part can be a bit clearer. A similar observation can be made on the GLM section on page 415 in book 1.
The text was updated successfully, but these errors were encountered:
This part initially confused me a bit since the GLM formula 15.1 does not actually contain the notation of sufficient statistic$\mathcal{T}(y)=y$ for a signal point $y_n$ , unlike the section 2.4 where we have multiple x's and so we have the sufficient statistic $\mathcal{T}(x)$ . Strictly speaking it should be $\mathcal{T}(y)=y_n$ , but my point is that this part can be a bit clearer. A similar observation can be made on the GLM section on page 415 in book 1.
The text was updated successfully, but these errors were encountered: