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Proceedings Paper

Comparison of wavelet transforms and fractal coding in texture-based image retrieval
Author(s): Aidong Zhang; Biao Cheng; Raj S. Acharya; Raghu P. Menon
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Paper Abstract

Image compression techniques based on wavelet and fractal coding have been recognized significantly useful in image texture classification and discrimination. In fractal coding approach, each image is represented by a set of self-transformations through which an approximation of the original image can be reconstructed. These transformations of images can be utilized to distinguish images. The fractal coding technique can be extended to effectively determine the similarity between images. We introduce a joint fractal coding technique, applicable to pairs of images, which can be used to determine the degree of their similarity. Our experimental results demonstrate that fractal code approach is effective for content-based image retrieval. In wavelet transform approach, the wavelet transform decorrelates the image data into frequency domain. Feature vectors of images can be constructed from wavelet transformations, which can also be utilized to distinguish images through measuring distances between feature vectors. Our experiments indicate that this approach is also effective on content-based similarity comparison between images. More specifically, we observe that wavelets transform approach performs more effective on content- based similarity comparison on those images which contain strong texture features, where fractal coding approach performs relatively more uniformly well for various type of images.

Paper Details

Date Published: 8 March 1996
PDF: 10 pages
Proc. SPIE 2656, Visual Data Exploration and Analysis III, (8 March 1996); doi: 10.1117/12.234661
Show Author Affiliations
Aidong Zhang, SUNY/Buffalo (United States)
Biao Cheng, SUNY/Buffalo (United States)
Raj S. Acharya, SUNY/Buffalo (United States)
Raghu P. Menon, SUNY/Buffalo (United States)

Published in SPIE Proceedings Vol. 2656:
Visual Data Exploration and Analysis III
Georges G. Grinstein; Robert F. Erbacher, Editor(s)

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