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Effective Computation for Odds Ratio Estimation in Nonparametric Logistic Regression
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 Title & Authors
Effective Computation for Odds Ratio Estimation in Nonparametric Logistic Regression
Kim, Young-Ju;
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The estimation of odds ratio and corresponding confidence intervals for case-control data have been done by traditional generalized linear models which assumed that the logarithm of odds ratio is linearly related to risk factors. We adapt a lower-dimensional approximation of Gu and Kim (2002) to provide a faster computation in nonparametric method for the estimation of odds ratio by allowing flexibility of the estimating function and its Bayesian confidence interval under the Bayes model for the lower-dimensional approximations. Simulation studies showed that taking larger samples with the lower-dimensional approximations help to improve the smoothing spline estimates of odds ratio in this settings. The proposed method can be used to analyze case-control data in medical studies.
Bayesian confidence interval;case-control;odds ratio;smoothing splines;
 Cited by
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