Alternative Equation Formats

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MathML

L h i j ( β ) = Δ h i j { Z h i j ( t h i j ) − Z ¯ ( β , t h i j ) } − ∑ ( h ′ , i ′ , j ′ ) ∈ A Δ h ′ i ′ j ′ w h ′ i ′ j ′ Y h i j ( t h ′ i ′ j ′ ) exp ⁡ ( β ′ Z h i j ( t h ′ i ′ j ′ ) ) S ( 0 ) ( β , t h ′ i ′ j ′ ) { Z h i j ( t h ′ i ′ j ′ ) − Z ¯ ( β , t h ′ i ′ j ′ ) }

Math Rendered as SVG

Math as LaTeX Source

\begin{eqnarray*} \bL _{hij}(\bbeta ) & = & \Delta _{hij}\biggl \{ \bZ _{hij}(t_{hij}) - \bar{\bZ }(\bbeta , t_{hij})\biggr \} \\ & & - \sum _{(h\prime , i\prime , j\prime ) \in A} \Delta _{h\prime i\prime j\prime } \frac{w_{h\prime i\prime j\prime }Y_{hij}(t_{h\prime i\prime j\prime }) \exp \left( \bbeta ' \bZ _{hij}(t_{h\prime i\prime j\prime }) \right) }{S^{(0)}(\bbeta ,t_{h\prime i\prime j\prime })} \biggl \{ \bZ _{hij}(t_{h\prime i\prime j\prime }) - \bar{\bZ }(\bbeta ,t_{h\prime i\prime j\prime })\biggr \} \end{eqnarray*}
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