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Experimental implementation of multiplexing/demultiplexing in digital images using virtual phase conjugation for holographic data storage

机译:使用虚拟相位缀合对全息数据存储的数字图像中复用/解复用的实验实现

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摘要

We experimentally implemented and proved the concept of multiplexing and demultiplexing in digital images using virtual phase conjugation, which was proposed in our previous study. In the experiment, we concluded that two digital images multiplexed in a single signal beam are recorded in a holographic medium, and these images are independently and successfully reproduced. In this method, the digital images are multiplexed by superimposing them on a complex amplitude, and not using volume hologram's multiplexing. Thus, the exposure amount in the holographic medium is constant regardless of the number of multiplexing of digital images, and the method has great potential for achieving high recording density.
机译:我们通过虚拟相位缀合在数字图像中进行了实验实施并证明了在数字图像中复用和解复用的概念,这在我们之前的研究中提出。 在实验中,我们得出结论,在单个信号光束中复用的两个数字图像被记录在全息介质中,并且这些图像独立地和成功再现。 在该方法中,通过在复幅上叠加它们而不是使用卷全息图的复用来复用数字图像。 因此,无论数字图像的多路复用数如何,全息介质中的曝光量是恒定的,并且该方法具有实现高记录密度的巨大潜力。

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