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FPGA Implementation of SHA-1 Algorithm

机译:SHA-1算法的FPGA实现

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摘要

In information security, message authentication is an essential technique to verify that received messages come from the alleged source and have not been altered. A key element of authentication schemes is the use of a message authentication code (MAC). One technique to produce a MAC is based on using a hash function and is referred to as an HMAC. Secure Hash Algorithm 1 (SHA-1) is one of the algorithms, which has been specified for use in Internet Protocol Security (IPSEC), as the basis for an HMAC. As we shall show in the paper, it is reasonable to construct cryptographic accelerators using hardware implementations based on SHA-1 hash algorithm. Finally, the synthesis results based on the FPGAs are given.
机译:在信息安全中,消息身份验证是一种验证接收到的消息是否来自所称来源并且没有被更改的重要技术。身份验证方案的关键要素是使用消息身份验证代码(MAC)。一种产生MAC的技术是基于使用哈希函数的,被称为HMAC。安全哈希算法1(SHA-1)是一种算法,已指定用于Internet协议安全性(IPSEC),作为HMAC的基础。正如我们将在本文中显示的那样,使用基于SHA-1哈希算法的硬件实现来构造密码加速器是合理的。最后,给出了基于FPGA的综合结果。

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