Texel: a methodology and an integrated environment for developing automated systems for texture classification

The techniques used when building a texture classification system are determined, in most cases, ad hoc. For developing such a system, the most commonly used sequence of steps is: acquisition, preprocessing, feature extraction and classification. For each of them, there exist many options, and the c...

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Main Authors: Sanchez, R.M., Espinosa, F.C.
Format: Conference Proceeding
Language:English
Subjects:
Electronic mail
Gabor filters
Histograms
Image analysis
Image edge detection
Image texture analysis
Machine vision
Photography
Quality control
Reactive power
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Espinosa, F.C.
description The techniques used when building a texture classification system are determined, in most cases, ad hoc. For developing such a system, the most commonly used sequence of steps is: acquisition, preprocessing, feature extraction and classification. For each of them, there exist many options, and the choice of one or more of them influences the rest. The expert has to choose among several kinds of preprocessing tasks, a number of texture analysis methods, and several classifiers. The process of getting a system that provides a good performance is a costly procedure due to the great variety of combinations of processing tasks. In this paper we introduce a methodology for the construction of texture classification systems, primarily focused in natural, random or pseudorandom textures, and a visual tool with a powerful interface that allows us to put it into practice.
doi_str_mv 10.1109/IJSIS.1998.685480
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Electronic mail
Gabor filters
Histograms
Image analysis
Image edge detection
Image texture analysis
Machine vision
Photography
Quality control
Reactive power
title Texel: a methodology and an integrated environment for developing automated systems for texture classification
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