搜索资源列表
ShiftLiner
- 该程序用于实现密码学中的线性反馈移位寄存器的模拟,本程序以5级为例,并可以判断输出数列的周期
linear_feedback_shift_register_unit
- 实现产生伪随机序列的部件 —— 线性反馈移位寄存器单元。 SFlog2为扩频因子的底数为2的对数值,cycle为PN序列的周期,其值为2^SFlog2。initial_state为移位寄存器的初始状态,generator_polynomial_coefficient为生成PN序列所需的本原多项式,对应于移位寄存器的连接向量。
lfsr6s3
- 线性反馈移位寄存器Verilog源程序,能够产生伪随机序列
线性移位寄存器的C语言实现
- 线性移位寄存器是流密码的重要组成部分,该程序就是实现该方法。- The linearity shift register is the stream cipher important constituent, this procedure realizes this method.
ShiftLiner
- 该程序用于实现密码学中的线性反馈移位寄存器的模拟,本程序以5级为例,并可以判断输出数列的周期-The procedure used to realize Cryptography LFSR simulation, the procedure to 5 as an example, and can determine the cycle of the output series
code
- 现行反馈移位寄存器算法.通过这个算法可以生成一些线性移位寄存器的输出序列-Current feedback shift register algorithm. With this algorithm can generate some of the output of linear shift register sequence
linear_feedback_shift_register_unit
- 实现产生伪随机序列的部件 —— 线性反馈移位寄存器单元。 SFlog2为扩频因子的底数为2的对数值,cycle为PN序列的周期,其值为2^SFlog2。initial_state为移位寄存器的初始状态,generator_polynomial_coefficient为生成PN序列所需的本原多项式,对应于移位寄存器的连接向量。-The realization of pseudo-random sequence generated comp
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.
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
- 线性反馈移位寄存器的matlab实现,可以任意设置抽头(抽头数小于等于3)-matlab implementation of Linear feedback shift register, you can set no more than three taps
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
LFSR
- verilog实现的8阶伪随机序列发生器,文件包含了三种主要模块:控制模块,ROM模块,线性反馈移位寄存器(LFSR)模块。已经通过modelsim仿真验证。-verilog to achieve 8-order pseudo-random sequence generator, the file contains three main modules: control module, ROM modules, a linear fee
gen_displayer
- 基于线性反馈移位寄存器电路,并结合FPGA 的特有结构,一种简捷而又高效的伪随机序列产生方法-The Implementation and Research on Pseudo-Random Number Generators with FPGA
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
random
- 产生符合一定分布的随机数的方法是,先产生(0,1)均匀分布的随机数,然后通过一个适当的变换方法得到所要求分布的随机数。常用的均匀分布伪随机序列发生器有线性同余发生器和线性反馈移位寄存器两种。-That meet certain distribution of the random number is first generated (0,1) uniformly distributed random number, then an ap
BMalthorithm
- BM算法找出产生该段序列的最短级数的线性反馈移位寄存器(LFSR),如对序列a=(1001101011),结果为LFSR(25,4)即周期为25,寄存器级数为4,此处所给为固定长度。-Using BM algorithm to find the linear feedback shift registers with the least steps corresponding to certain sequence. For examp
基础实验_11_移位寄存器 :线性反馈移位寄存器
- 实现线性寄存器的移位和反馈,通过FPGA开发板实现功能(The shift and feedback of the linear register are realized)
Random_creat_2017
- 产生8bit随机数,采用线性反馈移位寄存器(The 8bit random number is generated by using linear feedback shift register)
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.)
Desktop
- 简单实现线性反馈移位寄存器并进行验证,为初学者提供一个参考(Simple implementation of linear feedback shift register and verification.)