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Virtual optical encryption using phase shifted digital holography and RSA algorithm

机译:虚拟光学加密使用相移数字全息和RSA算法

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Optical image encryption is one of the most promising technologies being investigated in the field of data communication, information technology and cloud computing. In this paper, a novel image encryption system based on virtual optical technique, phase shifted digital holography and RSA public key exchange is proposed. In the system, the encryption keys include the wavelength of the laser beam, focal length of the test lens, defocusing distance and scaling factor. The plain text image is encrypted to a cipher by using a phase shifted hologram function. The decryption process involves the phase calculation using phase shifting and sequential line scan algorithms. The keys are exchanged between sender and receiver by using RSA key exchange algorithm. To determine accuracy of the information retrieved by the proposed technique; the mean square error is calculated between the original image and retrieved image.
机译:光学图像加密是在数据通信,信息技术和云计算领域中研究的最有前途的技术之一。本文提出了一种基于虚拟光学技术,相移数字全息术和RSA公钥交换的新型图像加密系统。在系统中,加密密钥包括激光束的波长,测试镜头的焦距,散焦距离和缩放因子。纯文本图像通过使用相位移位的全息图函数加密到密码。解密过程涉及使用相位移位和顺序线扫描算法的相位计算。使用RSA密钥交换算法在发件人和接收器之间交换键。确定所提出的技术检索的信息的准确性;在原始图像和检索图像之间计算平均方误差。

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