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• W2949064054 abstract "In optical coherence tomography (OCT), speckle residue, texture loss, and edge blur are the main factors that limit the image quality improvement during speckle reduction, especially for human retinal OCT images. This paper proposes a shearlet-based total variation de-speckling framework (STV method) to address this problem. This method includes a de-speckling regularisation term, an edge-preserving regularisation term, and a fidelity term. By assigning a suitable weight to each term, speckle reduction, texture protection, and edge preservation can be adjusted to an optimal match. Based on the split Bregman iteration, a fast numerical algorithm for this method is also proposed. We test the proposed method by applying it to 10 OCT images and comparing the results with those produced by the adaptive complex diffusion method and the Curvelet shrinkage method, both of which have been thoroughly confirmed as effective de-speckling methods. The performance of these methods is not only quantitatively evaluated in terms of distinguishability, contrast, smoothness, and edge sharpness with five quantifiable metrics, but also qualitatively analysed in terms of speckle reduction, texture protection, and edge preservation through four visual exhibition modes. Compared with the two representative methods, the merits of the proposed STV method in terms of speckle reduction and texture preservation have been confirmed by numerous experimental results." @default.
• W2949064054 created "2019-06-27" @default.
• W2949064054 creator A5029961156 @default.
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• W2949064054 date "2019-11-01" @default.
• W2949064054 modified "2023-10-14" @default.
• W2949064054 title "Texture preservation and speckle reduction in optical coherence tomography using the shearlet-based total variation algorithm" @default.
• W2949064054 cites W1834839393 @default.
• W2949064054 cites W1967985611 @default.
• W2949064054 cites W1969370809 @default.
• W2949064054 cites W1970003143 @default.
• W2949064054 cites W1978395256 @default.
• W2949064054 cites W1980118119 @default.
• W2949064054 cites W1982306961 @default.
• W2949064054 cites W1989936025 @default.
• W2949064054 cites W1989988580 @default.
• W2949064054 cites W1990881969 @default.
• W2949064054 cites W1996367076 @default.
• W2949064054 cites W1997609586 @default.
• W2949064054 cites W1998337039 @default.
• W2949064054 cites W2003345655 @default.
• W2949064054 cites W2014195338 @default.
• W2949064054 cites W2033317559 @default.
• W2949064054 cites W2040537677 @default.
• W2949064054 cites W2047015107 @default.
• W2949064054 cites W2052239345 @default.
• W2949064054 cites W2057535513 @default.
• W2949064054 cites W2057771708 @default.
• W2949064054 cites W2058584842 @default.
• W2949064054 cites W2058942384 @default.
• W2949064054 cites W2060747019 @default.
• W2949064054 cites W2060932547 @default.
• W2949064054 cites W2061240737 @default.
• W2949064054 cites W2061326794 @default.
• W2949064054 cites W2062786827 @default.
• W2949064054 cites W2072843185 @default.
• W2949064054 cites W2077023995 @default.
• W2949064054 cites W2078920062 @default.
• W2949064054 cites W2079724595 @default.
• W2949064054 cites W2085189007 @default.
• W2949064054 cites W2085232786 @default.
• W2949064054 cites W2088154271 @default.
• W2949064054 cites W2089497077 @default.
• W2949064054 cites W2091540466 @default.
• W2949064054 cites W2092569091 @default.
• W2949064054 cites W2092875148 @default.
• W2949064054 cites W2095130719 @default.
• W2949064054 cites W2096413230 @default.
• W2949064054 cites W2097061348 @default.
• W2949064054 cites W2101675075 @default.
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• W2949064054 cites W2104763670 @default.
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• W2949064054 cites W2127138122 @default.
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• W2949064054 cites W2156706485 @default.
• W2949064054 cites W2160527941 @default.
• W2949064054 cites W2161733775 @default.
• W2949064054 cites W2162457349 @default.
• W2949064054 cites W2163029362 @default.
• W2949064054 cites W2224227718 @default.
• W2949064054 cites W2279694095 @default.
• W2949064054 cites W2418802570 @default.
• W2949064054 cites W2504874736 @default.
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• W2949064054 doi "https://doi.org/10.1016/j.optlaseng.2019.06.014" @default.
• W2949064054 hasPublicationYear "2019" @default.
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