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Quantum Cryptography: A Survey

机译:量子密码学:调查

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摘要

This paper represents the overview of Quantum Cryptography. Cryptography is the art of secrecy and it is the use of quantum mechanical properties to perform cryptographic tasks. It is a way of securing the channel using quantum mechanics properties. There are so many examples of quantum cryptography but the most important example is Quantum Key Distribution, which provides a solution to the breaking of various popular public key encryption and signature schemes (e.g. RSA and ElGamal). This helps to solve the security problems and also makes the communication channel is more secure. There are so many advantages of quantum cryptography, one thing is that the quantum computer gives the quadratic speed up on the general problems and second thing is that the quantum cryptography lies in the fact it allows the completion of various cryptographic tasks. That is proven to be impossible using classical communication.
机译:本文代表了量子密码术的概述。加密是保密的艺术,它是使用量子机械性能来执行加密任务。它是一种使用量子力学特性保护通道的一种方法。 Quantum密码的示例有很多例子,但最重要的例子是量子密钥分布,它提供了破坏各种流行的公钥加密和签名方案的解决方案(例如RSA和ELGAMAL)。这有助于解决安全问题,并且还使通信信道更安全。 Quantum加密有很多优点,一回事是Quantum计算机给出了一般问题的二次加速,第二件事是Quantum加密位于它允许完成各种加密任务的事实中。经过古典沟通,证明是不可能的。

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