1 February 1998 Deblurring using fringe-adjusted joint transform correlation
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Optical Engineering, 37(2), (1998). doi:10.1117/1.602027
Abstract
An efficient technique for restoring the original from a blurred image using the concept of fringe-adjusted joint transform correlation is proposed. This technique employs Fourier plane apodization using the reference image power spectrum to deblur the distorted image. The performance of the proposed technique has been enhanced significantly by employing Fourier plane image subtraction, especially for noisy input scenes involving multiple objects. The image subtraction technique eliminates the unwanted zero-order term and cross-correlation terms produced by similar input scene objects while alleviating the effect of noise that may be present in the unknown input scene. Computer simulation results using noise-free and noise-corrupted input scenes are presented to verify the performance of the proposed technique.
Mohammad S. Alam, "Deblurring using fringe-adjusted joint transform correlation," Optical Engineering 37(2), (1 February 1998). http://dx.doi.org/10.1117/1.602027
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KEYWORDS
Joint transforms

Image quality

Spatial light modulators

Binary data

Image enhancement

Optical engineering

Computer simulations

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