A floating-point wavelet-based and an integer wavelet-based image interpolations in lifting structures and polynomial curve fitting for image resolution enhancement are proposed in this thesis The proposed prediction methods estimate high-frequency wavelet coefficients of the original image on the available low-frequency wavelet coefficients so that the original image can be reconstructed by using the proposed prediction method To further improve the reconstruction performance we use polynomial curve fitting to build relationships between actual high-frequency wavelet coefficients and estimated high-frequency wavelet coefficients Results of the proposed prediction algorithm for different wavelet transforms are compared to show the proposed prediction algorithm outperforms other methods
| 獎項日期 | 2014 8月 21 |
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| 原文 | English |
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| 監督員 | Shu-Mei Guo (Supervisor) |
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Wavelet-Based Image Interpolation in Lifting Structure
慶萱, 蔡. (Author). 2014 8月 21
學生論文: Master's Thesis