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Instrumental variable based variable selection for generalized linear models with endogenous covariates

机译:具有内生协变量的广义线性模型基于工具变量的变量选择

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摘要

We study the variable selection problem for a class of generalized linear models with endogenous covariates. Based on the instrumental variable adjustment technology and the smooth-threshold estimating equation (SEE) method, we propose an instrumental variable based variable selection procedure. The proposed variable selection method can attenuate the effect of endogeneity in covariates, and is easy for application in practice. Some theoretical results are also derived such as the consistency of the proposed variable selection procedure and the convergence rate of the resulting estimator. Further, some simulation studies and a real data analysis are conducted to evaluate the performance of the proposed method, and simulation results show that the proposed method is workable.
机译:我们研究了一类带有内生协变量的广义线性模型的变量选择问题。基于工具变量调整技术和平滑阈值估计方程(SEE)方法,提出了一种基于工具变量的变量选择程序。提出的变量选择方法可以减弱协变量内生性的影响,易于实际应用。还得出了一些理论结果,例如所提出的变量选择过程的一致性和所得估计量的收敛速度。此外,进行了一些仿真研究和真实数据分析,以评估该方法的性能,仿真结果表明该方法是可行的。

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