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Master key generation to avoid the use of an external reference wave in an experimental JTC encrypting architecture

机译:主密钥生成可避免在实验性JTC加密体系结构中使用外部参考波

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摘要

In experimental optodigital encrypting architectures, the use of a reference wave is essential. In this contribution, we present an experimental alternative to avoid the reference wave during the encrypting procedure in a joint transform correlator architecture by introducing the concept of a master key. Besides, the master key represents an additional security element for the entire protocol. In our method, the master key is holographically processed and used during the encryption process with the encrypting key. We give the mathematical description for the process in case of a single input object and then we extend it to multiple input objects. We present the experimental demonstration of the proposed method including two examples where this technique is successfully applied for several input objects.
机译:在实验性的光数字加密体系结构中,必须使用参考波。在此贡献中,我们通过引入主密钥的概念,提出了一种实验替代方案,可避免在联合变换相关器体系结构的加密过程中出现参考波。此外,主密钥代表整个协议的附加安全元素。在我们的方法中,主密钥经过全息处理,并在加密过程中与加密密钥一起使用。对于单个输入对象,我们给出了该过程的数学描述,然后将其扩展到多个输入对象。我们介绍了该方法的实验演示,包括两个示例,其中该技术已成功应用于多个输入对象。

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