2006•Unpublished venueRequires access

KernGPLM ñ A Package for Kernel-Based Fitting of Generalized Partial Linear and Additive Models

Marlene Mller, Fraunhofer Itwm

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Abstract

In many cases statisticians are not only required to provide optimal ts or classication results but also to interpret and visualize the tted curves or discriminant rules. A main issue here is to explain in what way the explanatory variables impact the resulting t. The R package KernGPLM (currently under development) implements semiparametric extensions to the generalized linear regression model (GLM), in particular generalized additive and generalized partial linear models. A focus is given to techniques which are applicable for highdimensional data. This covers in particular backtting and marginal integration (Hengartner et al., 1999) techniques, which are both approaches for tting an additive model when the underlying structure is truly additive. If the underlying structure is non-additive, however, both techniques may produce results that can differently be interpreted. While backtting searches for the best projection on the additive function space, marginal integration estimators attempt to nd the marginal effects of the explanatory variables. The KernGPLM package aims to provide estimation routines for the comparison of these different approaches.

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What this paper is about

In many cases statisticians are not only required to provide optimal ts or classication results but also to interpret and visualize the tted curves or discriminant rules. A main issue here is to explain in what way the explanatory variables impact the resulting t. The R package KernGPLM (currently under development) implements semiparametric extensions to the generalized linear regression model (GLM), in particular generalized additive and generalized partial linear models. A focus is given to techniques which are applicable for highdimensional data. This covers in particular backtting and marginal integration (Hengartner et al., 1999) techniques, which are both approaches for tting an additive model when the underlying structure is truly additive. If the underlying structure is non-additive, however, both techniques may produce results that can differently be interpreted. While backtting searches for the best projection on the additive function space, marginal integration estimators attempt to nd the marginal effects of the explanatory variables. The KernGPLM package aims to provide estimation routines for the comparison of these different approaches.

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Available abstract

In many cases statisticians are not only required to provide optimal ts or classication results but also to interpret and visualize the tted curves or discriminant rules. A main issue here is to explain in what way the explanatory variables impact the resulting t. The R package KernGPLM (currently under development) implements semiparametric extensions to the generalized linear regression model (GLM), in particular generalized additive and generalized partial linear models. A focus is given to techniques which are applicable for highdimensional data. This covers in particular backtting and marginal integration (Hengartner et al., 1999) techniques, which are both approaches for tting an additive model when the underlying structure is truly additive. If the underlying structure is non-additive, however, both techniques may produce results that can differently be interpreted. While backtting searches for the best projection on the additive function space, marginal integration estimators attempt to nd the marginal effects of the explanatory variables. The KernGPLM package aims to provide estimation routines for the comparison of these different approaches.

Key concepts: Generalized additive model, Generalized linear model, Additive model, Mathematics, Estimator, Marginal model, Linear model, Generalized linear mixed model

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