论文标题
量子流密码的摘要基于孔 - yuen理论
Digest of Quantum Stream Cipher based on Holevo-Yuen Theory
论文作者
论文摘要
到目前为止，量子密钥分布（QKD）一直是量子密码学领域的主要主题，但这不是量子加密通信，而是为加密目的发送密钥的能力。为了完成密码通信，必须使用用于加密数据的技术，并且在讨论中，在讨论中采用了数学对称密钥密码或一个时间pAD（OTP）的常规加密技术。但是，OTP并不是数据加密的最终密码，因为它不能满足现代密码学中的安全状况。在2000年左右，提出了一个新的量子流密码，以挑战在实际使用中克服OTP缺点的可能性。最近，我们在Entropy（Open Access Journal）等中发表了一些有关它的评论论文。本文介绍了我们论文的概述和背景，该论文的标题为量子流密码，基于孔隙yuen理论。
So far, quantum key distribution (QKD) has been the main subject in the field of quantum cryptography, but that is not quantum cryptographic communication, it is only the ability to send keys for cryptographic purposes. To complete cryptographic communication, a technique for encrypting data is necessary, and the conventional cryptographic technique of mathematical symmetric key cipher or One Time Pad (OTP) is adopted in the discussion so far. However, OTP is not the ultimate cipher for data encryption, because it does not satisfy security conditions in the modern cryptology. Around 2000, a new quantum stream cipher was proposed as a technique to challenge the possibility of overcoming drawbacks of OTP in practical use. Recently, we have published some review papers on it in Entropy (Open access journal), and others. This paper introduces an overview and a back ground of our paper that is entitled Quantum stream cipher based on Holevo-Yuen theory.
