We introduce a nonlinear aggregation type classifier for functional data defined on a separable and complete metric space. The new rule is built up from a collection of M arbitrary training classifiers. If the classifiers are consistent, then so is the aggregation rule. Moreover, asymptotically the aggregation rule behaves as well as the best of the M classifiers. The results of a small simulation are reported both, for high dimensional and functional data, and a real data example is analyzed.Fil: Cholaquidis, Alejandro. Universidad de la República. Facultad de Ciencias; UruguayFil: Fraiman, Jacob Ricardo. Universidad de la República. Facultad de Ciencias; UruguayFil: Kalemkerian, Juan. Universidad de la República. Facultad de Ciencias; Uru...
We introduce an alternative to the notion of ‘fast rate’ in Learning Theory, which coincides with th...
We study a structural functional equation that is directly related to the pointwise aggregation of a...
In 1981, J. Borsaiacute;k and J. Doboascaron; studied and solved the problem of how to merge, by mea...
We introduce a nonlinear aggregation type classifier for functional data defined on a separable and ...
We study a method of optimal data-driven aggregation of classifiers in a convex combination and esta...
We study a method of optimal data-driven aggregation of classifiers in a convex combination and esta...
Aggregation is the process of combining several numerical values into a single representative value,...
[eng] In this paper, we study those functions that allows us to combine a family of quasi-metrics, d...
Temporally varying classification by a dynamic classifier network is introduced. The dynamic classif...
In this paper, equilibrium analysis for network models is addressed and applied in particular to a n...
Traditionally, bagging takes a majority vote among a number of classifiers. An alternative is to agg...
This paper presents a framework for developing soft learning vector quantization (LVQ) and clusterin...
It is a natural question if a Cartesian product of objects produces an object of the same type. For ...
Previously, we investigated the definition and applicability of the fuzzy integral (FI) for nonlinea...
In this paper, we introduce a new learning strategy based on a seminal idea of Mojirsheibani (1999, ...
We introduce an alternative to the notion of ‘fast rate’ in Learning Theory, which coincides with th...
We study a structural functional equation that is directly related to the pointwise aggregation of a...
In 1981, J. Borsaiacute;k and J. Doboascaron; studied and solved the problem of how to merge, by mea...
We introduce a nonlinear aggregation type classifier for functional data defined on a separable and ...
We study a method of optimal data-driven aggregation of classifiers in a convex combination and esta...
We study a method of optimal data-driven aggregation of classifiers in a convex combination and esta...
Aggregation is the process of combining several numerical values into a single representative value,...
[eng] In this paper, we study those functions that allows us to combine a family of quasi-metrics, d...
Temporally varying classification by a dynamic classifier network is introduced. The dynamic classif...
In this paper, equilibrium analysis for network models is addressed and applied in particular to a n...
Traditionally, bagging takes a majority vote among a number of classifiers. An alternative is to agg...
This paper presents a framework for developing soft learning vector quantization (LVQ) and clusterin...
It is a natural question if a Cartesian product of objects produces an object of the same type. For ...
Previously, we investigated the definition and applicability of the fuzzy integral (FI) for nonlinea...
In this paper, we introduce a new learning strategy based on a seminal idea of Mojirsheibani (1999, ...
We introduce an alternative to the notion of ‘fast rate’ in Learning Theory, which coincides with th...
We study a structural functional equation that is directly related to the pointwise aggregation of a...
In 1981, J. Borsaiacute;k and J. Doboascaron; studied and solved the problem of how to merge, by mea...