Publication Type:

Conference Proceedings


Advances in Intelligent and Soft Computing, Volume 167 AISC, Number VOL. 2, New Delhi, p.285-294 (2012)





Block sizes, Clustering algorithms, Computer science, Gradient direction, Gray level co-occurrence matrix, Gray levels, Heuristic algorithms, Image texture, k-Means algorithm, K-Means clustering algorithm, K-means clustering method, Texture elements, Texture image, Textured images, Textures, Transformation functions


Identifying the smallest portion of the image that represents the entire image is a basic need for its efficient storage. Texture can be defined as a pattern that is repeated in a specific manner. The basic pattern that is repeated is called as Texel(Texture Element). This paper describes a method of extracting a Texel from the given textured image using K means clustering algorithm and validating it with the entire image. The number of gray levels in an image is reduced using a linear transformation function. The image is then divided in to sub windows of certain size. These sub windows are clustered together using K-means algorithm. Finally a heuristic algorithm is applied on the cluster labels to identify the Texel, which results in more than one candidate for Texel. The best among them is then chosen based on its similarity with the overall image. The similarity between the Texel and the image is calculated based on then Normalized Gray level co-occurrence matrix in the maximum gradient direction. Experiments are conducted on various texture images for various block sizes and the results are summarized. © 2012 Springer-Verlag GmbH.


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Cite this Research Publication

Dr. Padmavathi S., Rajalaxmi, C., and Dr. Soman K. P., “Texel identification using K-means clustering method”, Advances in Intelligent and Soft Computing, vol. 167 AISC. New Delhi, pp. 285-294, 2012.