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MyFFT
- 基于C语言的任意n点FFT算法实现。可自动实现16位以内的位倒序。输入实数数列，输出复数数列。-The realization of arbitrary point n C language based on FFT algorithm. Bit reverse more than 16 can automatically realize. In real sequence, the output of complex numbers.
qammod
- 16QAM调制解调源码,包含FFT、IFFT、MER计算等-16-QAM modulation
fftr4-16p
- radix 4 fft 16 point
Timedomain-frequencydomainsamples
- 程序1实现采样频率是1000Hz，300Hz，200Hz的时域采样图形对比； 程序2实现频域采样，并对比采样点是32和16时，用fft恢复时域的图形差别。-Program to achieve a sampling frequency is 1000Hz, 300Hz, 200Hz time-domain samples graphical comparison 2 sampling program to achieve the frequency domain and compare
1
- 2．利用FFT对信号进行谱分析 对于连续信号xa(t)=cos(2πf1t) +5cos(2πf2t) +cos(2πf3t) ，其中f1=6.5kHz, f2=7kHz, f3=9kHz, 以采样频率fs=32 kHz对其进行采样， （1）对xa(t) 信号采集16点样本，分别作16点和补零到256点的FFT，并分别绘出对应的幅频特性曲线。 （2）对xa(t)信号采集256点样本，分别作256点和512点的FFT，并分别绘出对应的幅频特性曲线。 （3）比较（1）和（2）
fwdfwfft
- 4位的16点fft，ccmul为复数乘法器，bfproc为蝶形运算器，输出的结果为四位，每一级都要进行round操作。-4 16-point fft, ccmul for complex multiplier, bfproc for the butterfly operation, a result output is four, each stage should be carried out round operation.
16FFT
- Xilinx的16点傅里叶分析，内有详细说明-The xFFT16 fast Fourier transform (FFT) Core computes a 16-point complex FFT. The input data is a vector of 16 complex values represented as 16-bit 2’s complement numbers – 16-bits for each of the real and imaginary compone
1024FFT
- Xilinx的1024点傅里叶分析，内有详细说明-The xFFT1024 fast Fourier transform (FFT) Core computes a 1024-point complex FFT. The input data is a vector of 1024 complex values represented as 16-bit 2’s complement numbers – 16-bits for each of the real and imaginary
97053861
- SAR雷达基本信号处理算法，包含fft,crange等16个文件，对初学者对SAR雷达的理解有很大的帮助-SAR basic radar signal processing algorithms, including fft, crange such as 16 documents, for beginners to understand the SAR radar very helpful
16点音乐fft 32x64双接口
- 08接口LED控制程序，51单片机，源码文件，测试通过(08 interface LED control program, 51 SCM)
fft16
- The following Matlab project contains the source code and Matlab examples used for 16 point radix 2 dif fft . Contain the computation of 16 point DIF FFT in each stages and reordering process.