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A 3-D Encryption Technique Using Computer-Generated Hologram

机译:一种使用计算机生成全息图的三维加密技术

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The techniques of hologram for encryption and decryption have been widely researched and applied. Almost all the information of encryption is 2-D image. Parameters (wave length, recording distance, incidence angle, etc.) are regarded as the encoded keys for encryption and decryption. In the paper a novel way to encrypt 3-D information is proposed, which is based on technique of virtual optics. A new encoded key is introduced into security hologram, the size of 3-D object, which may play an important role for better protection against counterfeiting. Furthermore, a new image quality assessment is proposed to estimate the reconstruction 3-D object of CGH called modified PSNR (peak signal-to-noise ratio). Simulation experiments show that CGH is an effective encryption technique, and modified PSNR is a proper definite quantity analysis method for 3-D imaging.
机译:已广泛研究和应用用于加密和解密的全息图的技术。几乎所有加密信息都是2-D图像。参数(波长,记录距离,入射角等)被视为用于加密和解密的编码键。在本文中,提出了一种加密3-D信息的新方法,这是基于虚拟光学技术的技术。将新的编码键引入安全全息图,这可能是3-D对象的大小,这可能在更好地防止假冒方面发挥重要作用。此外,提出了一种新的图像质量评估来估计CGH称为改性PSNR(峰值信噪比)的CGH的重建3-D对象。仿真实验表明,CGH是一种有效的加密技术,改进的PSNR是3-D成像的适当定量分析方法。

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