Abstract. This paper surveys locally weighted learning, a form of lazy learning and memory-based learning, and focuses on locally weighted linear regression. The survey discusses distance functions, smoothing parameters, weighting functions, local model structures, regularization of the estimates and bias, assessing predictions, handling noisy data and outliers, improving the quality of predictions by tuning fit parameters, interference between old and new data, implementing locally weighted learning efficiently, and applications of locally weighted learning. A companion paper surveys how locally weighted learning can be used in robot learning and control. Key words: locally weighted regression, LOESS, LWR, lazy learning, memory-based learn...
Locally weighted regression is a non-parametric technique of regression that is capable of coping wi...
In this paper we introduce an algorithm for approximatinga function by means of local models. We ass...
In this paper, we identify a similar linear model in a local way, using a lazy learning algorithm. T...
Abstract: Locally weighted learning (LWL) is a class of statistical learning techniques that provide...
An approach is presented to learning high dimensional functions in the case where the learning algor...
Locally weighted learning (LWL) is a class of techniques from nonparametric statistics that provides...
Linear and nonlinear regression problems are very common in different fields of science and engineer...
Locally weighted regression (LWR) was created as a nonparametric method that can approximate a wide ...
In this paper we introduce an improved implementation of locally weighted projection regression (LW...
The traditional approach to supervised learning is global modeling which describes the relationship ...
Locally weighted projection regression is a new algorithm that achieves nonlinear function approxima...
Lazy learning methods provide useful representations and training algorithms for learning about comp...
Abstract: We introduce a new algorithm, Locally Weighted Projection Regression (LWPR), for increment...
Incremental learning of sensorimotor transformations in high dimensional spaces is one of the basic ...
Vukanovicz S, Schulz A, Haschke R, Ritter H. Learning the Appropriate Model Population Structures fo...
Locally weighted regression is a non-parametric technique of regression that is capable of coping wi...
In this paper we introduce an algorithm for approximatinga function by means of local models. We ass...
In this paper, we identify a similar linear model in a local way, using a lazy learning algorithm. T...
Abstract: Locally weighted learning (LWL) is a class of statistical learning techniques that provide...
An approach is presented to learning high dimensional functions in the case where the learning algor...
Locally weighted learning (LWL) is a class of techniques from nonparametric statistics that provides...
Linear and nonlinear regression problems are very common in different fields of science and engineer...
Locally weighted regression (LWR) was created as a nonparametric method that can approximate a wide ...
In this paper we introduce an improved implementation of locally weighted projection regression (LW...
The traditional approach to supervised learning is global modeling which describes the relationship ...
Locally weighted projection regression is a new algorithm that achieves nonlinear function approxima...
Lazy learning methods provide useful representations and training algorithms for learning about comp...
Abstract: We introduce a new algorithm, Locally Weighted Projection Regression (LWPR), for increment...
Incremental learning of sensorimotor transformations in high dimensional spaces is one of the basic ...
Vukanovicz S, Schulz A, Haschke R, Ritter H. Learning the Appropriate Model Population Structures fo...
Locally weighted regression is a non-parametric technique of regression that is capable of coping wi...
In this paper we introduce an algorithm for approximatinga function by means of local models. We ass...
In this paper, we identify a similar linear model in a local way, using a lazy learning algorithm. T...