Research Article
Statistically Matched Wavelet Based Texture Synthesis in a Compressive Sensing Framework
Table 1
Comparative study of texture analysis and synthesis schemes.
| Proposed work | Texture analysis and synthesis technique | Texture type | Quality assessment | Limitation | Complexity |
| Wang and Adelson [29] | Affine warping | Rigid textures | None | Not suitable for structural texture | Medium | Dumitras and Haskell [30] | Steerable pyramids | Rigid textures | None | Not suitable for structural texture | Medium |
Ndjiki-Nya and Wiegand [8] | Perspective warping | Rigid and nonrigid textures | Yes | Prone to propagation error | High | Zhang and Bull [14] | ARMA | Rigid and nonrigid textures | Yes | Not suitable for structural texture | Medium | Portilla and Simoncelli [37] | Wavelet based (joint statistics) | Rigid and nonrigid textures | None | Not suitable for structural texture | Medium | Fan and Xia [42] | Wavelet based (HMT-3S) | Rigid and nonrigid textures | None | Not suitable for structural texture | Medium | Our scheme (SMWT-CS) | Compressive sensing and statistically matched wavelet | Rigid and nonrigid textures | Yes (PSNR and MOS) | CS optimization still evolving | Medium |
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