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Calculation of the Key Length for Quantum Key Distribution

机译:量子密钥分配的密钥长度的计算

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Quantum key distribution (QKD) is based on the laws of quantum physics and therefore it can guarantee the highest level of security. It is used to establish the key that is used for further symmetrical encryption. Since QKD consists of several phases in which the key is reduced, it is necessary to define the equation by which the length of the raw key is calculated. In this paper, we analyse all QKD phases with an emphasis on the explanation of the process of shortening the initial key. The results are verified with a large number of tests using a quantum cryptography simulator.
机译:量子密钥分发(QKD)基于量子物理定律,因此可以保证最高的安全性。它用于建立用于进一步对称加密的密钥。由于QKD由几个阶段组成,其中密钥被减小,因此有必要定义方程式,通过该方程式来计算原始密钥的长度。在本文中,我们分析了所有QKD阶段,并着重说明了缩短初始密钥的过程。使用量子密码模拟器通过大量测试来验证结果。

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