搜索资源列表
FILTER_1
- 能对混叠在一起的两个正弦信号，进行FFT变换后，在频域进行分离，并求出每个正弦信号的频率- It can separate aliasing two sinusoidal signals
media-filtering
- 首先编程生成长度为600的一个稳定信号，在此基础上再编程混叠一个标准偏差为15的高斯白噪声，得到一个含噪信号，最后用中值滤波器去噪，画出去噪效果图。-First, the length of 600 programmed to generate a stable signal, on this basis, re-programming aliasing a standard deviation of 15 Gaussian white noise, get a noisy signal, an
FILTER_1
- 能对混叠在一起的两个正弦信号，进行FFT变换后，在频域进行分离，并求出每个正弦信号的频率-After the energy of the two sinusoidal signals with the aliasing, the FFT transform in the frequency domain is separated and determined frequency of each sinusoidal signal
信号处理实验室
- “信号处理实验室”是由NI开发，针对信号处理、信号与系统、通讯原理等课程量身订做的课程套件，其中包括了卷积、混叠、窗函数分析、栅栏效应、IIR、FIR、AM/FM调制、倒谱等等50多个从基础到高级的信号处理知识点的演示程序。有助于教学演示使用，帮助学生理解。(The signal processing laboratory was developed by NI, according to the course of signal processing, signal and system, c
Filter
- Labview图形化编程实现的信号发生器和噪声混叠和滤波器设计。(Labview graphical programming to achieve signal generator and noise aliasing and filter design.)