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MCMPFFT
- 利用经典的Cooley-Tukey基2算法求复序列 的DFT
MCMPFFT
- 利用经典的Cooley-Tukey基2算法求复序列x(n)的DFT X(k)
Dsp_c.rar
- dsp算法40例,包括fft、滤波器、谱运算等 1. 将模拟滤波器转变为数字滤波器。 2. 由得到幅频响应 。 3. 用Burg算法求AR模型的参数。 4. 由AR模型参数得到功率谱。 5. 用Levinson算法求解Yule-Walker方程以得到 阶AR模型的参数 。 6. 实现双线性Z变换。 7. 设计巴特沃斯模拟低通滤波器,求出转移函数 。 8. 设计切比雪夫I型模拟低通滤波器,求出转移函数 。 9. 直接由定义求 点复序列 的DFT 。 10.利用经典的Cooley
CMPFFT
- cmpfft.for(hcmpfft.for) 利用经典的Cooley-Tukey基2算法求复序列 的DFT -cmpfft.for (hcmpfft.for) to use the classic Cooley-Tukey radix-2 algorithm for the DFT complex sequence
CMPFFT
- 利用经典的COOLEY-TUKEY基2算法求复序列x[n]的DFTX[k].有Fortran的子程序和主程序,还有C程序-The use of classic COOLEY-TUKEY radix-2 algorithm for complex sequence x [n] of DFTX [k]. Have the Fortran subroutines and main program, there are C procedures
MCMPFFT
- 利用经典的Cooley-Tukey基2算法求复序列的DFT-Use of the classic Cooley-Tukey radix-2 algorithm for complex sequence of DFT
FFT
- This article describes a new efficient implementation of the Cooley-Tukey fast Fourier transform (FFT) algorithm using C++ template metaprogramming. Thank to the recursive nature of the FFT, the source code is more readable and faster than the classi
FastWalshHadamardTransform
- The function implement the 1D sequency(Walsh) ordered fast Walsh-Hadamard transform which can be used in signal processing, pattern recongnition and Genetic alogorithms. This algorithm uses a Cooley-Tukey type signal flow graph and is implemented
fft
- 基2快速傅立叶变换 库里-图基算法 基2快速傅立叶变换 库里-图基算法-Radix-2 FFT Cooley-Tukey algorithm
twiddle
- twiddle factor - a part of cooley-tukey algorithm
ccmul
- FFT旋转因子,旋转因子是蝶形运算的组成部分,是数字信号处理FFT算法的基础部分-FFT twiddle factor, rotation factor is an integral part of the butterfly, digital signal processing is a fundamental part of FFT algorithm
main
- Algorithm Cooley Tukey (FFT).
10.1.1.132.3180
- a 2k/4k/8k point based fft is designed for OFDM using cooley tukey algorithm
FFT
- n point fft program which computes the dft of a function using cooley tukey techniques
main
- Cooley-Tukey for lab work
FFT
- FPGA下用VHDL实现的基2 cooley-tukey的8位FFT算法,在quartus ii环境下验证成功。-Under FPGA with base 2 cooley-tukey of 8 FFT algorithm VHDL realize, in quartus ii environment successfully verified.
WaveShow
- 介绍了采用离散傅立叶变换(DFT)实现对采样得到的波形数据文件进行频谱分析的一般方法,并且为了提高运算效率、节省中间存储单元,最终采用了 时间抽选奇偶分解 的 库利-图基算法 实现快速离散傅立叶变换,对采样数据进行了高效的频谱分析,并用Microsoft Visual C++ 6.0编写实现-Introduced the discrete Fourier transform (DFT) is a general method of the spectrum anal
cooley-tukey-fft-for-16-bit-integer-numbers
- cooley tukey algorithm for FFT calculation
MCMPFFT
- 利用经典的Cooley-Tukey基2算法求复序列的DFT。Cooley-Tukey提出的FFT使N点DFT的乘法计算量有N^2次降为N/2*log2(N)次。-The use of classical Cooley-Tukey algorithm for radix-2 complex DFT sequence. FFT Cooley-Tukey presented enables multiplication of the amount of N-point DFT has N ^ 2 ti
octave-file
- Matlab code for cooley-Tukey Algorithm