搜索资源列表
lfsr
- 伪随机序列产生器－线性反馈移位寄存器，Verilog HDL 原代码。-Pseudo-random sequence generator- linear feedback shift register, Verilog HDL source code.
LFSR
- 简单的线性反馈移位寄存器标准C语言实现，采用visual c++2010编写，如果你打不开，请复制里面的.cpp文件采用visual c++6.0打开即可。 详细内容见源码-Simple linear feedback shift register the standard C language, written with visual c++2010, and if you can not open, please copy the inside. Cpp file using visua
LFSR
- 伪随机序列产生器,线性反馈移位寄存器，原代码。-Pseudo-random sequence generator, linear feedback shift register, the original code.
xuliemime
- 线性反馈移位寄存器LFSR生成随机序列的原理，序列密码的加密过程-Linear feedback shift register LFSR to generate random sequence of the principle of the encryption cipher
PRSG
- 线性同余发生器， 反馈移位寄存器，组合发生器这三个算法加实现并有可执行文件。另外还有PPT和文档-PRSG
LFSR
- 通过实现简单的线性反馈移位寄存器（LFSR），理解LFSR的工作原理、本原多项式重要意义-By implementing a simple linear feedback shift register (LFSR), to understand the working principle of LFSR, primitive polynomial significance
abc
- 线性反馈与对偶移位寄存器的功能实现 实现n-LFSR与 n-DSR（n为正整数）进动一拍的程序（旨在能“由寄存器的一个状态算出紧接着的下一个状态”） 寄存器状态的各分量自然地与相应数据存储区的各比特位一一对应，不允许仅1个状态分量就占据1个存储单元（字节、字或双字等）。-Linear feedback shift register with dual function realization The realization of n-LFSR and n-DSR ( n is
LFSR
- 流密码算法C++实现，使用六级线性反馈移位寄存器，生成64位的密钥，在对数据进行加密，同时整合Socket编程，实现进程间加密通信。-C++ stream cipher algorithm implementation, using six linear feedback shift register to generate a 64-bit key to encrypt data at the same time integrating Socket programming, encrypte
mima
- 基于c++ 的线性反馈移位寄存器的使用-Use c++ based linear feedback shift register
LFSR_Encryption
- C语言实现简单的线性反馈移位寄存器，并且用于文件的简单加密处理，使用VC6.0编写-C language implementation of a simple linear feedback shift register, and for simple file encryption process using VC6.0 write
geffe
- 标准的Geffe密钥流序列生成器,它由3个LFSR线性反馈移位寄存器和非线性组合子系统组成。供交流和学习。-Standard Geffe key stream sequence generators, which consists of three linear feedback shift register LFSR and nonlinear combination subsystems. For communication and learning.
LSFR
- 用Dev C++实现一个简易的线性移位寄存器，LSFR流密码，对信息进行加密。(Dev C++ is used to implement a simple linear shift register, LSFR stream cipher, to encrypt information.)