Alternative Equation Formats

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MathML

\begin{array}{rcl} p_{k u} (θ) & = & P_{θ} (z_{k + 1} > a_{k + 1} | z_{k}, θ) \\ + & P_{θ} (_a_{k + 1} < z_{k + 1} \leq_b_{k + 1} o r b_{k + 1} \leq z_{k + 1} < a_{k + 1}, z_{k + 2} > a_{k + 2} | z_{k}, θ) \\ + & \dots \\ + & _{θ} (_a_{j} < z_{j} \leq_b_{j} o r b_{j} \leq z_{j} < a_{j}, j = k + 1, \dots, K - 1, z_{K} > a_{K} | z_{k}, θ) \end{array}

Math Rendered as SVG

Math as LaTeX Source

\begin{eqnarray*} p_{ku} ( \theta ) & = & P_{\theta }( z_{k+1} > a_{k+1} \, | \, z_{k}, \theta ) \\ & + & P_{\theta }( \_ a_{k+1} < z_{k+1} \leq \_ b_{k+1} \; \mr{or} \; b_{k+1} \leq z_{k+1} < a_{k+1}, z_{k+2} > a_{k+2} \, | \, z_{k}, \theta ) \\ & + & \ldots \\ & + & _{\theta }( \_ a_{j} < z_{j} \leq \_ b_{j} \; \mr{or} \; b_{j} \leq z_{j} < a_{j}, j=k+1, \ldots , K-1, z_{K} > a_{K} \, | \, z_{k}, \theta ) \end{eqnarray*}