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利用FFT和IFFT计算线性卷积
- 利用循环卷积和线性卷积之间的关系,用FFT和IFFT的现有程序实现信号线性卷积快速实现-cyclic and linear convolution convolution of the relationship between FFT and IFFT with the existing procedures of linear convolution signal Fast
mconvo2
- 利用DFT的卷积性质求两个复序列的线性卷积。-DFT using the convolution nature for two complex sequence of linear convolution.
DXH19
- 线性卷积计算,计算线性卷积的直接计算方法-linear convolution, the calculation of the linear convolution direct calculation method
利用FFT和IFFT计算线性卷积
- 利用循环卷积和线性卷积之间的关系,用FFT和IFFT的现有程序实现信号线性卷积快速实现-cyclic and linear convolution convolution of the relationship between FFT and IFFT with the existing procedures of linear convolution signal Fast
1.conv
- 卷积实验代码 实现多种功能 包括线性卷积和圆周卷积的动态演示-convolutional code experimental realization of a variety of functions, including linear and circular convolution of dynamic convolution demo
ImgScale
- 一个图像平滑缩放程序 支持最邻近插值│双线内插值│三次卷积法- A picture smooth 缂╂斁 procedure support most is close to in the interpolation 鈹?double thread the interpolation 鈹?three convolutions law
channelcode
- 清华大学 信道编码课件 基本概念和方法(1) 线性分组码(1) 循环码(4) 卷积码(4) 级联码(2) 编码调制(2) 信道编码应用(1)-Qinghua University Channel Coding courseware basic concepts and methods (1) linear block code (1) Revolving code (4) Convolution code (
fft_conv
- 用FFT分别计算Xa(n) (p=8, q=2)与Xb(n) (a =0.1,f =0.0625)的16点循环卷积和线性卷积。-Calculated using FFT, respectively, Xa (n) (p = 8, q = 2) and Xb (n) (a = 0.1, f = 0.0625) of the 16 points cyclic convolution and linear convolution.
fft_add
- 产生一512点的随机序列下Xe(n),并用Xc(n) 和Xe(n) 作线性卷积,观察卷积前后Xe(n) 频谱的变化。要求将Xe(n)分成8段,采用重叠相加法。-Generate one random sequence of 512 points under the Xe (n), and Xc (n) and Xe (n) for linear convolution, deconvolution observed before and
11
- 利用离散傅立叶变换转置因子的性质进行各种变换,将长序列分解成几个较短的序列,从而实现时间抽取和频率抽取两种方法的基-2快速傅立叶变换,并且能够进行两个序列的线性卷积运算和频谱分析。-Use of discrete Fourier transform to buy a variety of factors transform the nature of the long sequence into several shorter sequ
errcodingctrl
- error coding ctrl matlab 程序 卷积码 线性码 RS码-error coding ctrl matlab program convolutional codes linear code RS code
work
- 信号的FFT分析 利用FFT实现两序列的线性卷积。-FFT implementation using the linear convolution of two sequences
convolution
- 利用此程序,可以计算出两离散序列的线性卷积和循环卷积。-calculating the linear_convolution and circular_convolution of two scattered data.
FFT
- 基于MATLAB平台实现利用FFT计算线性卷积-MATLAB-based platform for the realization of the linear convolution calculation using FFT
li_vcconvline
- 由定义求序列的线性卷积,需要的用户及时下载-Request sequence from the definition of linear convolution, the user needs time to download
dit_fft
- 本程序包括:DFT(离散傅里叶变换),FFT(快速傅里叶变换),IFFT(快速傅里叶逆变换),conv(卷积:圆周卷积、线性卷积),主要应用于信号处理,既可以对实序列做上述操作,也可以对复序列。-This process includes: DFT (Discrete Fourier Transform), FFT (fast Fourier transform), IFFT (inverse fast Fourier transfor
xian
- 数字信号处理实验线性卷积MATLAB程序(signal linear convolution)
一维线性卷积实例
- 此matlab程序主要实现了一维线性卷积的实现,有注释,一目了然。(Achieve one-dimensional linear convolution MATLAB)
线性卷积和圆周卷积
- 圆周卷积和线性卷积的运算 分别用了MATLAB的conv函数(Linear convolution and circumferential convolution)
线性卷积的计算
- 1.编制一个计算两个序列线性卷积的程序,计算y(i)=x(m)*h(n),分别绘制x(m)和h(n),以及线性卷积结果y(i)的图形,使用matlab自带的conv函数来验证结果。 2.使用matlab自带的FFT和iFFT程序,实现线性卷积的快速计算,并对计算结果进行绘制。(1. Make a program to calculate the linear convolution of two sequences, calculate