搜索资源列表
VC_高斯白噪声的产生
- 在图像或信号中加入高斯白噪声的VC源代码 -in image or signal add white Gaussian noise source VC
白噪声产生程序
- matlab在系统辨识中的应用此处为白噪声产生的源代码及运行后结果(包括图像)-Matlab in the system identification of white noise here for the source code and run after the results (including images)
DSP中含有gauss白噪声的双频正弦输入
- DSP中输入信号的生成过程。 conio.cpp实现X(n)信号,其中有两个频率分量的正弦信号(正弦计算由sinwn.cpp实现),频率可变,这里取140Hz和70Hz。 考虑了高斯白噪声,由gauss.cpp实现。 最后该信号共产生2000个点,最后的信号点存储于 “x.txt”文本中。-DSP input signal generation process. Conio.cpp achieve X (n) signal, in which there are two components o
利用乘同余法写的白噪声程序
- 利用乘同余法写的白噪声程序
wgn 高斯白噪声
- 高斯白噪声
IS-95 FIR滤波器从白噪声中滤得低通噪声
- 使用matlab7.0使用IS-95 FIR滤波器从白噪声中滤得低通噪声,给出输入和输出模拟白噪声样本图,以及输入和输出噪声功率谱图。
bch码在高斯白噪声情况下的编解码
- bch码在高斯白噪声情况下的编解码
watermark1.基于MATLAB环境的音频水印白噪声攻击试验源程序
- 基于MATLAB环境的音频水印白噪声攻击试验源程序,MATLAB-based environment audio watermarking attacks white noise test source
matlab.设计了一个数字低通滤波器
- 本程序设计了一个数字低通滤波器,以滤除加入的高斯白噪声,很好的实现功能。,The program design of a digital low-pass filter to filter out the add white Gaussian noise, achieve good function.
matlab-white-noise-- 用MATLAB产生高斯白噪声
- 用MATLAB产生高斯白噪声,并画出其时域波形、自相关函数和功率谱。-MATLAB white noise
产生高斯白噪声
- 产生高斯白噪声,标准差和期望都固定,如N=f(0.1,2),这种形式的,随机产生40个,Generated white Gaussian noise, standard deviation and expectations are fixed, such as N = f (0.1,2), this form of randomly generated 40
awgn.rar
- 此程序为添加白噪声子程序,可以实现通信系统添加高斯白噪声,This procedure for adding white noise subroutine, you can achieve the communication system to add Gaussian white noise
cyclic2_am.rar
- 基于matlab,针对调幅AM、调频FM和调相PM信号,分析在不同的噪声环境,包括高斯白噪声、色噪声、非高斯噪声及正弦干扰中,各种信号的二阶循环谱。可根据需要改变程序中信号或噪声环境,分析结果。,Based on matlab, AM for AM, FM FM and PM phase modulation signals, analysis of noise in different environments, including Gaussian white noise, colored
Guassian 中心极限定理产生高斯白噪声
- 用中心极限定理产生高斯白噪声,能直接运行,可以看出效果图-Central limit theorem with Gaussian white noise have a direct run, one can see the effect of map
pinpu2
- 用Matlab产生正弦波,矩形波,以及白噪声信号,并显示各自时域波形图,FFT实践及频谱分析-Matlab generated by sine wave, square wave, and the white noise signal, and display their time-domain waveform, FFT spectrum analysis of practice and
FFT
- 利用FFT估计正弦信号的频率,要估计一个叠加了高斯白噪声的正弦信号 的频率 ,可以通过对x(n)做傅里叶变换,得到频谱图,找出幅度的最大值对应的频率值 ,进行多次变换,求出均方误差 。改变信噪比SNR,通过仿真可以得出随着信噪比增加,均方误差减小。-Sinusoidal signal using FFT frequency estimation, to estimate a Gaussian white noise superimposed on the frequency of sinusoi
filter
- labview先产生正弦波,叠加高斯白噪声,然后通过滤波处理,回复原正弦信号,欢迎参阅。-labview to generate sine wave, superimposed Gaussian white noise, and then through the filter processing, responding to the original sinusoidal signal, please refer to.
ffs
- 在matlab环境下仿真随机信号,括号内为内容(正弦信号、白噪声信号、正弦信号附加白噪声三种信号形式) 的代码,计算该随机信号的相关函数和功率谱-In the matlab simulation environment, random signals, the contents of brackets (sinusoidal signal, white noise signal, sine wave signal form of three additional white noise
白噪声高斯
- 在给定高斯白噪声的均值以及均方根的情况下,生成高斯白噪声(The Gaussian white noise is generated in the case of the mean of the Gaussian white noise and the root mean square)
2.9零均值高斯白噪声通过低通带通滤波器前后特性
- 用matlab仿真零均值高斯白噪声通过低通带通滤波器前后特性,程序完善,结果与理论值非常接近(The zero mean white Gauss noise is simulated by MATLAB, and the program is perfect through the low pass bandpass filter. The result is very close to the theoretical value.)