搜索资源列表
xf11
- 频率采样法设计fir滤波器，大家可以看看。 挺不错的。-frequency sampling filter design fir, we can look at. Sounds very good.
matlab7.1
- FIR数字滤波器频率采样法设计（基于matlab的软件设计）-FIR digital filter frequency sampling design (based on the Matlab software design)
firmatlabfrequce
- 运用matlab实现数字滤波器，主要是采用的频率采样法
MATLABprograminfft.用Matlab产生正弦波,矩形波
- 1．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 2．进行FFT变换，显示各自频谱图，其中采样率，频率、数据长度自选 3．做出上述三种信号的均方根图谱,功率图谱,以及对数均方根图谱 4．用IFFT傅立叶反变换恢复信号，并显示恢复的正弦信号时域波形图 ,1. Using Matlab generated sine wave, rectangular wave, as well as the white noise signal, and display their
filter_all.rar
- 数字滤波器的设计及性能比较 用三种方法设计FIR滤波器：窗口法、最大最小误差法、频率采样法；用两种方法设计IIR滤波器：冲激响应不变法、双线性变换法。很全的matlab滤波器程序！, Digital filter design and performance comparison of three methods to use FIR filter design: the window method, the largest minimum error method, freq
dantongdao
- 单通道欠采样测量频率的程序 可以正确得到信号的频率-dantongdao.m
dsb-am
- 使用MATLAB对DSB-AM进行仿真：双边带幅度调制的过程以及对其中所包含的对信号的频谱分析都可以通过MATLAB中的M语句及相关函数来实现。假如信号m(t)=cos(m)以dsb-am方式调制载波c(t)=cos(20*pi*t),所的信号为y(t)，并将采样频率定为 fs=100Hz,则可在MATLAB中设计程序对该幅度调制的结果进行仿真，绘制已调信号波形和频谱分析。-It is a example for DSB-AM based on MATLAB .
zhengjiaocaiyang
- 正交频率采样欠采样测量频率处理程序 可以对信号频率进行估计-zhengjiaocaiyang.m
filter-deniose
- matlab下实现降噪，功率谱计算。％程序中设定采样点数为256个，采样频率为10000hz， ％输入信号为随机噪声和两个正弦的合成信号 ％设定的滤波器的截止频率为3500hz ％通过挈比雪肤滤波器，运行程序，比较滤波前后的频域波形 ％滤波去除了高频信号-matlab achieve noise reduction, power spectrum calculation. Sampling procedure set for 256 points, the sampling f
matlab
- 实验指导 低通采样定理实验 FFT频谱分析实验 IIR滤波器设计实验 窗函数法FIR滤波器设计 频率采样法FIR滤波器设计实验-Experimental guide low-pass sampling theorem FFT spectrum analysis experiment experiment experiment IIR Filter Design Window Function FIR filter design frequency sampling FIR filter desi
filter
- 包含FIR IIR窗函数法，频率采样法，模拟滤波器等 -FIR IIR contains window function method, frequency sampling method, such as analog filters
code3
- 熟悉信号采样过程，并通过本实验观察欠采样时信号频谱的混迭现象，了解采样前后信号频谱的变化，加深对采样定理的理解，掌握采样频率的确定方法。使用simulink进行仿真。-An example of the signal sampling process. Done with simulink.
FIR_digital_filter_design
- FIR数字滤波器的设计:用窗函数法，频率采样法及优化设计法设计FIR滤波器的原理及方法,用MATLAB编程实现FIR数字滤波器的设计-FIR digital filter design: using window function method, frequency sampling method and optimal design of FIR filter design method principles and methods, using MATLAB programming desi
pilvcaiyang
- 频率采样法的FIR数字滤波器的设计实现，-FIR digital filter
duotongdao
- 多通道欠采样频率测量程序 可以用多通道解模糊测量-duotongdaov.m
FFt
- 对连续的单一频率离散序列 ，即k=8。 按采样频率 采样，截取长度N分别选N =20和N =16，观察其DFT结果的幅度谱。 -Discrete to continuous sequence of single frequency, ie k = 8. According to the sampling frequency sampling, truncation length N = 20 N, respectively, and selected N = 16, observed the
ch10
- 频率采样法：使所设计的FIR数字滤波器的频率特性在某些离散频率点上的值准确地等于所需滤波器在这些频率点处的值，在其他频率处的特性则有较好的逼近。 -Frequency sampling method：Make the FIR digital filters designed by the frequency characteristic in some discrete frequency is equal to the value accurately in these frequenc
Filter-design
- 基于matlab 示波器的相关程序 Af2Df draft 窗函数 模拟滤波器 频率采样 直接设计IIR滤波器-Procedures based on matlab oscilloscope Af2Df draft Window function Analog filter Frequency sampling Direct IIR filter design
dsp618
- 利用频率采样设计法设计线性相位FIR低通滤波器，画出h（n）、幅频响应、相频响应-Design of frequency sampling design method using a linear phase FIR low-pass filter, draw h (n), frequency response, phase frequency response
wave
- 对200hz信号的采样，可稍作修改作为信号采集基本模块。(The sampling of 200Hz signal can be modified as a basic module of signal acquisition.)