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References 23 Ivahnenko, A. IEEE Trans. Computers, C 4 , , pp. Hopfield, J. Artykutsa, S. Dagli, S. Kumara and Y. Amosov, Kiev, Naukova Dumka, , pp. Grossberg, S. Reidel Press, Boston, Carpenter, G. Applied Optics, 26 23 , December , pp. Springer-Verlag, Berlin, Neural Networks, 1, , pp. Rumelhart, D. Nature, , , pp. Werbos, P. Doctoral Dissertation, Appl. Salcedo-Sanz, S. Part B, Vol. Xiaowei Sheng, Minghu Jiang.
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Xiaoqun Liao, Ernst L. In: R. Trappl, ed. Ltd, Singapore, pp. Chapter 3 Neural Classifiers In this chapter we shall describe the neural classifiers. One of the important tasks in micromechanics for process automation is pattern recognition. For this purpose we developed different neural classifiers. We will describe the structure and functions of these classifiers and how we use them. The first problem is the texture recognition problem. Texture classification plays an important role in outdoor scene images recognition, surface visual inspection systems, and so on. Despite its potential importance, there is no formal definition of texture due to an infinite diversity of texture samples.
There exists a large number of texture analysis methods in the literature. On the basis of the texture classification, Castano et al. In this case, a new database was created. Five texture classes were defined: sky, trees, grass, roads, and buildings.
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Due to perceptible changes of illumination, the following sub-classes were used: trees in the sun, grass in the sun, road in the sun, and buildings in the sun. They achieved a very good accuracy of In , we solved a similar task [3, 4]. The images were taken in the streets of the city. We took brightness, contrast, and contour orientation histograms as input to our E.
We used associative-projective neural networks for recognition , achieving a recognition rate of In Fig. In , A. Goltsev developed an assembly neural network for texture segmentation [5, 6] and used it for real scene analysis. Texture recognition algorithms are used in different areas, for example, in the textile industry for detection of fabric defects .
In the electronic industry, texture recognition is important to characterize the microstructure of metal films deposited on flat substrates , and to automate the visual inspection of magnetic disks for quality control . Texture recognition is used for foreign object detection for example, contaminants in food, such as pieces of stone, fragments of glass, etc.
Aerial texture classification is applied to resolve difficult figure-ground separation problems . Different approaches were developed to solve the problem of texture recognition. Leung et al. The vocabulary of textons corresponds to the characteristic features of the image.