DC* (Double Clustering by A*) is an algorithm for interpretable fuzzy information granulation of data. It is mainly based on two clustering steps. The first step applies the LVQ1 algorithm to find a suitable representation of data relationships. The second clustering step is based on the A* search strategy and is aimed at finding an optimal number of fuzzy granules that can be labeled with linguistic terms. As a result, DC* is able to linguistically describe hidden relationships among available data. In this paper we propose an extension of the DC* algorithm, called DC*1.1, which improves the generalization ability of the original DC* by modifying the A* search procedure. This variation, inspired by Support Vector Machines, results empirica...
In this paper an approach for automatic discovery of transparent diagnostic rules from data is propo...
In the new era of internet systems and applications, a concept of detecting distinguished topics fro...
Revealing a structure in data is of paramount importance in a broad range of problems of information...
DC* (Double Clustering by A*) is an algorithm for interpretable fuzzy information granulation of dat...
In this paper we present an approach for extracting well-defined and interpretable information granu...
DC* (Double Clustering with A*) is an algorithm capable of generating highly interpretable fuzzy inf...
DC* is a method for generating interpretable fuzzy information granules from pre-classified data. I...
In this paper, we present a framework for extracting well-defined and semantically sound information...
In this paper we present a multi-level approach for extracting well-defined and semantic ally sound ...
Fuzzy rule-based systems are effective tools for acquiring knowledge from data and represent it in a...
This paper addresses the problem of forming information granules of well-defied and clearly delineat...
This paper proposes an approach to derive fuzzy granules from numerical data. Granules are first for...
Abstract: A three-stage dynamic fuzzy clustering algorithm consisting of initial partitioning, a seq...
In this paper we compare two algorithms that are capable of generating fuzzy partitions from data so...
This work proposes a method to generate a greater and bigger knowledge from a data set. The GKPFCM c...
In this paper an approach for automatic discovery of transparent diagnostic rules from data is propo...
In the new era of internet systems and applications, a concept of detecting distinguished topics fro...
Revealing a structure in data is of paramount importance in a broad range of problems of information...
DC* (Double Clustering by A*) is an algorithm for interpretable fuzzy information granulation of dat...
In this paper we present an approach for extracting well-defined and interpretable information granu...
DC* (Double Clustering with A*) is an algorithm capable of generating highly interpretable fuzzy inf...
DC* is a method for generating interpretable fuzzy information granules from pre-classified data. I...
In this paper, we present a framework for extracting well-defined and semantically sound information...
In this paper we present a multi-level approach for extracting well-defined and semantic ally sound ...
Fuzzy rule-based systems are effective tools for acquiring knowledge from data and represent it in a...
This paper addresses the problem of forming information granules of well-defied and clearly delineat...
This paper proposes an approach to derive fuzzy granules from numerical data. Granules are first for...
Abstract: A three-stage dynamic fuzzy clustering algorithm consisting of initial partitioning, a seq...
In this paper we compare two algorithms that are capable of generating fuzzy partitions from data so...
This work proposes a method to generate a greater and bigger knowledge from a data set. The GKPFCM c...
In this paper an approach for automatic discovery of transparent diagnostic rules from data is propo...
In the new era of internet systems and applications, a concept of detecting distinguished topics fro...
Revealing a structure in data is of paramount importance in a broad range of problems of information...