搜索资源列表
gold.rar
- 伪随机gold序列产生程序, The pseudo-random gold sequence has the procedure
m_vhdl
- 伪随机序列发生器的vhdl算法 设计一个伪随机序列发生器，采用的生成多项式为1+X^3+X^7。要求具有一个RESET端和两个控制端来调整寄存器初值（程序中设定好四种非零初值可选）-m sequence vhdl
m
- vhdl,序列信号发生器，发出11101010，可更改为任意序列-vhdl, sequence signal generator, issued 11.10101 million, you can change an arbitrary sequence of
xitongbianshi
- 系统 辨识文件夹内是产生高斯白噪声，m序列和最小二乘法的一次完成算法，递推算法，限定记忆法的程序。系统仿真文件夹内是对系统线性和非线性的建模和仿真程序。-System folder on system identification is to generate Gaussian white noise, m sequence and a complete least-squares method algorithm, recursive algorithm, limited memory met
systemviewspreadspectrum
- systemview 做的小m序列的扩频通信系统仿真，可以直接显示示波器结果进行分析-systemview done little m sequence spread spectrum communication system simulation, you can directly display the results of analysis of the oscilloscope
mseq1
- 用MATLAB编写的一个8级m序列，并实现了调频序列的提取和频率的选择，能显示出跳频图案！-Prepared with an 8-level MATLAB m sequence, and realized the extraction sequence and frequency of FM option, can show frequency-hopping pattern!
Mseires
- 用MATLAB产生M序列作为系统的输入，根据传递函数，仿真输出，并得出输入的自相关函数和输入输出的互相关函数。-M sequence generated by MATLAB as input, in accordance with transfer function, simulation output, and come to enter the auto-correlation function and the input and output of the cross-correlatio
B-M
- B-M算法的实现，求出产生M序列的最短LFSR的联接多项式，调试成功，可以运行-BM algorithm, find the shortest LFSR sequence generated M join polynomials, debug successfully, you can run
interweave_1
- 用VHDL语言编写的实现交织编码和解交织功能的代码。交织采用按行写入，按列读出的方法实现。主要包括：信源信号产生（20位的m序列），交织器，解交织器。为实现流水线的操作，采用了两个交织器和两个解交织器，当一个写入数据的时候，另一个读出数据。-Implementation using VHDL language features Interleaved Coded deinterleave code. Intertwined with by line write, read out by colu
gold
- gold序列产生方法的m文件，其中包含m序列的产生，是cdma系统必要的仿真源程序代码！-m-sequence generation method of gold paper, which contains the m sequences and is necessary for cdma system simulation source code!
Identifying_pulse_response
- 系统辨识课上做的利用相关分析法辨识脉冲响应的实验。包括用M序列生成白噪声，计算互相关函数得到脉冲响应估计值等等，比较基础-Experiment about Identifying the pulse response with a method of correlative analysis in my class on system identification. It contains using M-sequence to generate white noise, bu calculat
hanming
- 产生m序列作为输入信号，能够实现(7,4)汉明码编码和译码功能。同时，还有加噪模块。 在QuartusII工作环境下使用-M sequence generated as the input signal, can be achieved (7,4) hamming code encoding and decoding functions. There are also additional noise modules. Working environments in the QuartusI
hamming_encodeadecode
- 用Verilog语言编写的对m序列进行汉明码编译码的程序。具体实现为产生m序列后对其进行(7,4)汉明码编码并加错，然后将其纠错译码并输出，详细过程见仿真。-Written by Verilog m sequence of procedures for coding and decoding Hamming codes. Concrete realization of m sequence to produce its (7,4) hamming code and a mistake, and
m_sequnce
- 产生m序列，计算自相关和互相关函数~（这是源码，但是我放在了word中储存）-create m sequence，calculated the crossrelation ~
haltom
- a program which creates N elements of an M dimensional Halton sequence and write them to a file. -a program which creates N elements of an M dimensional Halton sequence and write them to a file.
Mutual_Information
- 互信息法求混沌序列的最优时延 文件说明： 1、Mutual_Information_main.m 主文件，直接运行此程序即可 2、LorenzData.dll 产生Lorenz离散序列 3、Mutual_Information.dll 互信息函数 4、buffer.dll 缓存文件-Mutual information method for optimal time-delay chaotic sequence document describes: 1,
m_producer
- MATLAB程序，操作简单，用于生成M序列-MATLAB program, simple operation, used to generate the M sequence
cdma-matlab
- 用matlab程序模拟实现cdma系统的整个过程。包括并串、串并转换，m序列的产生，直接扩频、解扩，qpsk的调制解调，载波调制解调等。-Matlab simulation procedures used to achieve the whole process of cdma systems. Including and string SERDES, m sequence generation, direct spread spectrum, despreading, qpsk the mod
msingal
- 是一个m序列的发生器，对应的本源多项式已经给出，在跟换多项式的时候只需要根据编码规律就可以做出改定，我想对于很多初学者是很容易上手的-Is an m sequence generator, the origin of the corresponding polynomial has been given with the time-for-polynomial coding in accordance with the law need only be able to make a change
Gold1023
- 产生周期为1023=(2^10-1)的Gold序列 delay_numb:G1固定G2相对G1输出的时延(0~1022) 产生周期为127=(2^7-1)的m序列-Have a period of 1023 = (2 ^ 10-1) of the Gold sequence delay_numb: G1 fixed G2 relative G1 output delay (0 ~ 1022) have a period of 127 = (2 ^ 7-1) of the m sequence