搜索资源列表
AES(Rijndael)
- c语言实现标准的AES加密算法 解密密钥需是10轮后产生的-C Language standard AES decryption key encryption algorithm takes 10 after the
aes_demo
- AES 编解密程序,包含源代码,研究AES算法首选source code
AES
- AES加密算法,是一个不错的加密源码,采用VC++编写
aes
- aes是DES算法的重要发展,我们可以看到他的zoyong
clsAES
- C#实现AES算法对字符串的加解密操作,输入:明文字符串,输出:加密后的字符串。解密过程的输入输出正好相反
AES
- 加密算法,关于AES的加解密,基于Window VisualC
KAES
- 一个很有用的AES算法封装,在vc6.0,.net下测试通过
AES3222
- AES算法源代码,是用Vicual C++写的,好用-It is the AES arithmetic src code. In VC++
aesCPP
- AES加密算法的c++实现,在vc或者.net环境下都可以实现。-AES encryption algorithm in c++ implementation, in the vc or. Net environment can achieve.
file_encryption
- AES分组加密算法做的文件加解密演示, 采用多线程流水线方式对文件进行 读->加密/解密->写 操作.-AES block cipher algorithm for encryption and decryption so the paper presentations, the use of multi-threaded pipelined read on paper-> encryption/decryption-> write operation.
Aes
- 用vc实现的aes加密和解密算法。有住示,便于阅读和理解。-Vc achieved using des encryption and decryption algorithm. There are live show, easy to read and understand.
haskell
- 自己编写的 AES算法 用Haskell语言实现 -I have written Haskell language implementation of the AES algorithm
AES
- PC端实现AES算法加密,可以用于计算ECB等模式的AES加密数据。-PC client realize AES encryption algorithm can be used to calculate the ECB and other modes of AES encrypted data.
AES
- AES算法的C语言编程,实现128比特的加密与解密。-AES algorithm C language programming, the realization of 128 bit encryption and decryption.
aes
- 本文档用C语言写了AES算法,可以读入明文或密文文档和密钥文档,然后将加密或解密结果输出到文档中-This document is written in C language of the AES algorithm, can be read in plain text or cipher text documents and key documents, and then output the results to encrypt or decrypt the document
aes
- 采用aes算法,对输入的任意长度的字符串进行加密。-Using aes algorithm, the input string of any length is encrypted.
AES
- 作为新一代的加密标准,AES 旨在取代 DES(请看《DES加密算法的C++实现》),以适应当今分布式开放网络对数据加密安全性的要求。AES加密算法的C++实现(C++ implementation of AES encryption algorithm)
加密算法源码
- 单片机加密算法,包括AES,DES,MD5,RC6,RSA等(SCM encryption algorithm, including AES, DES, MD5, RC6, RSA and so on)
有限域
- 通过上机操作,使学生对高级加密标准AES算法的执行过程、密钥编排方案和加密算法的实现过程等有一个更加清晰地认识。通过本次实验,加深学生对分组密码的认识。(Through the operation of the computer, we have a clearer understanding of the implementation process of the AES algorithm, the key arrangement scheme and the implementation
列混合
- 实现了AES的一轮中的列混合与S盒代换,可以用于AES算法的编写以及算法分析(MixColumn&SubByte in AES)