Denoising Phase Maps of Digital Holographic Microscopy by Complex Tuning

C. Buitrago-Duque, R. Castaneda, J. Garcia-Sucerquia
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Abstract

Noisy phase maps are numerically compensated by their understanding as a complex vector superposition of the object and the noise. Denoising by estimating the noise vector achieves PSNR increase from 2 dB to 22 dB.
数字全息显微镜相位图的复调谐去噪
通过将噪声相位映射理解为物体和噪声的复杂矢量叠加,可以在数值上对其进行补偿。通过估计噪声向量进行降噪,使PSNR从2 dB提高到22 dB。
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