Alternative Equation Formats

The equation on this page is available in multiple formats. Depending on your browser, some formats might not render correctly.

MathML

\begin{array}{ll} {ASE}_{τ j} & = \sum_{i ∋ y_{i} = j} \sum_{k = 1}^{J} \frac{(δ_{j k} - {\hat{p}}_{π i k})^{2}}{J N_{τ j}} \\ {MISC}_{τ j} & = \sum_{i ∋ y_{i} = j} \frac{1 (j \neq {\hat{y}}_{i})}{N_{τ j}} \end{array}

MathML rendered with MathJax

\begin{array}{ll} {ASE}_{τ j} & = \sum_{i ∋ y_{i} = j} \sum_{k = 1}^{J} \frac{(δ_{j k} - {\hat{p}}_{π i k})^{2}}{J N_{τ j}} \\ {MISC}_{τ j} & = \sum_{i ∋ y_{i} = j} \frac{1 (j \neq {\hat{y}}_{i})}{N_{τ j}} \end{array}

Math as LaTeX Source

\[ \begin{array}{ll} \text {ASE}_{\tau j} & = \sum \limits _{i \ni y_ i = j} \sum \limits _{k = 1}^ J {\frac{{(\delta _{jk} - \hat p_{\pi ik} )^2 }}{{J N_{\tau j}}}} \\ \text {MISC}_{\tau j} & = \sum \limits _{i \ni y_ i = j} {\frac{ 1( j \ne \hat y_ i)}{N_{\tau j}}} \\ \end{array} \]