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Modeling Multivariate Correlated Binary Data

机译:建模多元相关二进制数据

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This paper provides the model, estimation and test procedures for the measures of association in the correlated binary data associated with covariates in multivariate case. The generalized linear model (GLM) which satisfies the Markov properties for serial dependence, and the alternative quadratic exponential form (AQEF) are employed for multivariate Bernoulli outcome variables. The log-odds ratios as measures of association have been estimated, and the appropriate test procedures are suggested. The over-dispersion measure is investigated for the multivariate correlated binary outcomes. The scaled deviance is used as a goodness of fit of the model. For comparison, we have used the data on the respiratory disorder. In such situation, we indicate that the vectorized generalized linear models (VGLM) and AQEF procedures have the same estimates of regression parameters in the bivariate case.
机译:本文为多变量案例中与协变量相关的相关二进制数据中的相关度量提供了模型,估计和测试程序。满足线性依赖关系的马尔可夫性质的广义线性模型(GLM)和多元伯努利结果变量采用替代二次指数形式(AQEF)。已经估计了对数比作为关联的量度,并建议了适当的测试程序。研究了多元相关二元结果的过度分散测度。比例偏差被用作模型的拟合优度。为了进行比较,我们使用了呼吸系统疾病的数据。在这种情况下,我们表明在双变量情况下,矢量化广义线性模型(VGLM)和AQEF程序对回归参数的估计相同。

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