20162016 SAI Computing Conference (SAI)Requires access

The weighted least squares ratio (WLSR) method to M-estimators

Murat Yazici

Open publisher page 4 citations

Abstract

The regression analysis is a considerable statistical instrument applied in many sciences. The ordinary least squares is a conventional method used by Regression Analysis. In regression analysis, the least squares ratio method outperforms than the ordinary least squares method, especially in case of the presence of outliers. This paper includes a novel approach to M-estimators, named the weighted least squares ratio. The aim of this study is to determine which method gives better result in case of increasing outlier and variance while establishing a regression model. The weighted least squares and the weighted least squares ratio methods are compared according to statistics values of mean absolute errors of estimated the regression parameters and dependent value.

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What this paper is about

The regression analysis is a considerable statistical instrument applied in many sciences. The ordinary least squares is a conventional method used by Regression Analysis. In regression analysis, the least squares ratio method outperforms than the ordinary least squares method, especially in case of the presence of outliers. This paper includes a novel approach to M-estimators, named the weighted least squares ratio. The aim of this study is to determine which method gives better result in case of increasing outlier and variance while establishing a regression model. The weighted least squares and the weighted least squares ratio methods are compared according to statistics values of mean absolute errors of estimated the regression parameters and dependent value.

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Available abstract

The regression analysis is a considerable statistical instrument applied in many sciences. The ordinary least squares is a conventional method used by Regression Analysis. In regression analysis, the least squares ratio method outperforms than the ordinary least squares method, especially in case of the presence of outliers. This paper includes a novel approach to M-estimators, named the weighted least squares ratio. The aim of this study is to determine which method gives better result in case of increasing outlier and variance while establishing a regression model. The weighted least squares and the weighted least squares ratio methods are compared according to statistics values of mean absolute errors of estimated the regression parameters and dependent value.

Key concepts: Ordinary least squares, Least trimmed squares, Statistics, Total least squares, Robust regression, Generalized least squares, Mathematics, Outlier

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