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Multinomial structuring in linear regression

机译:线性回归中的多项式结构

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摘要

Ordinary linear regression produces a good fit for the observations close to the mean point. To improve the fit for the values far from the mean point, an implement by the multinomial logit model is suggested. Segmenting the values of the dependent variable to several sections, it is possible to present a theoretical model via a linear aggregate of the chain regressions weighted by the multinomial logit shares. The paper considers several linear-multinomial hybrid models constructed by the objectives of maximum likelihood for the multinomial output and least squares for the segmented linear aggregates. Numerical estimations show that the hybrid models always outperform ordinary linear regressions, and demonstrate a better quality of fit and a more precise prediction. The suggested approach is convenient in application, and can enrich practical regression modeling.
机译:普通的线性回归可以很好地拟合接近均值的观测值。为了改善远离均值的值的拟合度,建议使用多项式logit模型实现。将因变量的值分割成几个部分,可以通过由多项对数份额加权的链回归的线性汇总来提供理论模型。本文考虑了几种线性-多项式混合模型,这些模型由多项式输出的最大似然和分段线性集合的最小二乘的目标构成。数值估计表明,混合模型总是优于普通的线性回归,并显示出更好的拟合质量和更精确的预测。所建议的方法在应用中很方便,并且可以丰富实际的回归建模。

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