We consider regression problems with piecewise affine maps. In particular, we focus on the sub-problem of classifying the datapoints, i.e. correctly attributing a datapoint to the affine submodel that most likely generated it. Then, we analyze the regression algorithm proposed by Ferrari-Trecate et. al (2003) and show that, under suitable assumptions on the dataset and the weights of the classification procedure, optimal classification can be guaranteed in presence of bounded noise. We also relax such assumptions by introducing and characterizing the property of weakly optimal classification. Finally, by elaborating on these concepts, we propose a procedure for detecting, a posteriori, misclassified datapoints
When constructing a classifier, the probability of correct classification of future data points shou...
This paper addresses the identification of non-linear systems. A wide class of these systems can be ...
The minimum number of misclassifications achievable with affine hyperplanes on a given set of labele...
When performing regression with piecewise affine maps, the most challenging task is to classify the ...
In nonlinear regression choosing an adequate model structure is often a challenging problem. While s...
This paper addresses the problem of identification of piecewise affine (PWA) models. This problem in...
In this paper we propose a bilevel programming formulation of the piecewise affine regression proble...
This paper proposes a three-stage procedure for parametric identification of piece wise affine auto ...
A new connectionist model for the solution of piecewise lin- ear regression problems is introduced; ...
Abstract. A new connectionist model for the solution of piecewise linear regression problems is intr...
This paper addresses the problem of identification of piecewise affine (PWA)models, which involves t...
Fitting piecewise affine models to data points is a pervasive task in many scientific disciplines. I...
When constructing a classifier, the probability of correct classification of future data points shou...
This paper addresses the identification of non-linear systems. A wide class of these systems can be ...
The minimum number of misclassifications achievable with affine hyperplanes on a given set of labele...
When performing regression with piecewise affine maps, the most challenging task is to classify the ...
In nonlinear regression choosing an adequate model structure is often a challenging problem. While s...
This paper addresses the problem of identification of piecewise affine (PWA) models. This problem in...
In this paper we propose a bilevel programming formulation of the piecewise affine regression proble...
This paper proposes a three-stage procedure for parametric identification of piece wise affine auto ...
A new connectionist model for the solution of piecewise lin- ear regression problems is introduced; ...
Abstract. A new connectionist model for the solution of piecewise linear regression problems is intr...
This paper addresses the problem of identification of piecewise affine (PWA)models, which involves t...
Fitting piecewise affine models to data points is a pervasive task in many scientific disciplines. I...
When constructing a classifier, the probability of correct classification of future data points shou...
This paper addresses the identification of non-linear systems. A wide class of these systems can be ...
The minimum number of misclassifications achievable with affine hyperplanes on a given set of labele...