We present a clustering technique for fuzzy rules based on Hilbert space-filling curves (SFC). SFC scans an n-dimensional space and reduces it to a curve, i.e. a one-dimensional line. We first introduce the Hilbert space-filling curves, and outline the algorithms for clustering and adaptive clustering which demonstrate SFC efficient self-organizing features. We then propose a SFC fuzzy inference model based on clustering the object space. The SFC fuzzy model is then used to design a fuzzy controller. The proposed method achieves a dramatic reduction of the complexity of fuzzy controller by reducing the multivariable fuzzification problem to a one dimensional spac
Abstract — Design of fuzzy controller depends mainly on rule base and to derive the desired and smal...
Abstract:- In this paper we present a set of heuristic criteria devised to address the problems enco...
This paper proposes a fuzzy clustering technique that captures local non-linear structures of data s...
We present a clustering technique for fuzzy rules based on Hilbert space-filling curves (SFC). SFC s...
In this paper we present a clustering technique for fuzzy rules based on Hilbert Space-filling Curve...
A space-filling curve (SFC) is a way of mapping a multi-dimensional space into a one-dimensional spa...
In fuzzy control, there is a large amount of parameters involved in the system design. Due to their ...
The Fuzzy ARTMAP algorithm has been proven to be one of the premier neural network architectures for...
Abstract: Some data sets contain data clusters not in all dimension, but in subspaces. Known algo-ri...
Several schemes for linear mapping of multidimensional space have been proposed for many application...
Abstract: Fuzzy rules have a simple structure within a multidimensional vector space and they are pr...
One of the properties of FAM, which can be both an asset and a liability, is its capacity to produce...
Several schemes for linear mapping of a multidimensional space have been proposed for various applic...
A map has to be designed to show the directions and the objects present in a specific area. So, it i...
A simple general method for constructing space-filling curves is presented, based on the use of tabl...
Abstract — Design of fuzzy controller depends mainly on rule base and to derive the desired and smal...
Abstract:- In this paper we present a set of heuristic criteria devised to address the problems enco...
This paper proposes a fuzzy clustering technique that captures local non-linear structures of data s...
We present a clustering technique for fuzzy rules based on Hilbert space-filling curves (SFC). SFC s...
In this paper we present a clustering technique for fuzzy rules based on Hilbert Space-filling Curve...
A space-filling curve (SFC) is a way of mapping a multi-dimensional space into a one-dimensional spa...
In fuzzy control, there is a large amount of parameters involved in the system design. Due to their ...
The Fuzzy ARTMAP algorithm has been proven to be one of the premier neural network architectures for...
Abstract: Some data sets contain data clusters not in all dimension, but in subspaces. Known algo-ri...
Several schemes for linear mapping of multidimensional space have been proposed for many application...
Abstract: Fuzzy rules have a simple structure within a multidimensional vector space and they are pr...
One of the properties of FAM, which can be both an asset and a liability, is its capacity to produce...
Several schemes for linear mapping of a multidimensional space have been proposed for various applic...
A map has to be designed to show the directions and the objects present in a specific area. So, it i...
A simple general method for constructing space-filling curves is presented, based on the use of tabl...
Abstract — Design of fuzzy controller depends mainly on rule base and to derive the desired and smal...
Abstract:- In this paper we present a set of heuristic criteria devised to address the problems enco...
This paper proposes a fuzzy clustering technique that captures local non-linear structures of data s...