Reconstruction of High Resolution Image from a set of Blurred, warped, Undersampled, and Noisy measured Images" 6th international computer Engineering Conference, ICENCO 2010, Dec 28-29, pp. 107-112, Cairo, Egypt.
|Authors:||Sahar A. EI_ Rahman, Hala A. Elqader, Mazen Selim, and Mahmoud Allam|
|Full paper||Not Available|
|Supplementary materials||Not Available|
This paper proposes an algorithm to reconstruct a High Resolution (HR) image from a set of blurred, warped, undersampled, and noisy measured images. The proposed algorithm uses the affine block-based algorithm in the maximum likelihood (ML) estimator. It is tested using synthetic images, where the reconstructed image can be compared with its original. A number of experiments were performed with the proposed algorithm to evaluate its behavior before and after noise addition and also compared with its behavior after noise removal. The proposed system results show that the enhancement factor is better after noise removal than in case of no noise is additive, and show that PSNR difference is better in comparison with the results of another system.