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Precise Content-based Color Image Retrieval: Lifting Scheme Y. M. Latha1, B.C. Jinaga1 and V.S.K. Reddy2 1Department of Electronics and Communications Engg., JNT University, Hyderabad, India. 2Department of Electronics and Electrical Communications Engg., Indian Institute of Technology Kharagpur, India. Abstract
Content-Based Image Retrieval (CBIR) allows to automatically extracting
target images according to objective visual contents of the image
itself. Although classical wavelet transform is effective in
representing image feature and is suitable in CBIR, it still encounters
problems especially in implementation; e.g. floatingpoint operation and
decomposition speed. We use the advantages of lifting scheme, a novel
spatial approach for constructing biorthogonal wavelet filters, which
provides feasible alternative for problems facing its classical
counterpart. Lifting scheme has such intriguing properties as convenient
construction, simple structure, integer-to-integer transform, low
computational complexity as well as flexible adaptivity, revealing its
potentials in CBIR. In this paper, we use Haar and Daubechies (D4)
lifting schemes to decompose color images into multilevel scale and
wavelet coefficients, with which we perform image feature extraction and
similarity match by means of F-norm theory. Furthermore, we also provide
a progressive image retrieval strategy to achieve flexible CBIR. The
retrieval performances are compared with those of its classical
counterpart in terms of retrieval accuracy and speed, the results
outperforms its classical counterpart. We also compared our algorithm
with existing Wavelet histogram technique.
@ARTICLE{P1150733003, AUTHOR = {Y. M. Latha and B.C. Jinaga and V.S.K. Reddy}, TITLE = {A Precise Content-based Color Image Retrieval: Lifting Scheme}, JOURNAL ={ICGST International Journal on Graphics, Vision and Image Processing, GVIP},
YEAR = {2008},
VOLUME = {08}, ISSUE ={1}, PAGES={25--32} }
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