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2005612300003FIRVHDL
- 自己在一个通信项目中设计的滤波器，在传统设计的基础上作了改进，具有更好的特性。-himself in a communications projects designed filter, in the traditional design made on the basis of improvement has better features.
band-pass-filter 线性相位FIR带通滤波器
- 用MATLAB函数fir1设计一个具有如下指标的线性相位FIR带通滤波器：阻带截止频率为0.55pi 和0.85pi，通带截止频率为0.65pi和 0.75pi，最大通带衰减为0.2dB，最小阻带衰减为42dB。分别利用下面的窗函数来设计滤波器：汉宁窗、汉明窗、布莱克曼窗。对于每种情况，给出其冲激响应系数并画出设计的滤波器的幅频响应。-Designed with a MATLAB function with the following indicators fir1 linear phase F
FIR.rar
- 用窗函数法设计FIR 数字滤波器 能产生矩型窗、升余弦窗、改进升余弦窗和二阶升余弦窗的窗函数子程序,Window function method using FIR digital filter designed to produce the window rectangle, raised cosine window, improving the second order raised cosine window and the window raised cosine window fun
matlabshixianpipeilvboqi.rar
- 利用matlab程序设计出匹配滤波器的功能源码,Procedures designed to use matlab function of matched filter source
project2.rar
- MATLAB实现的无源RC、LC滤波器设计系统。可设计LP、HP、BP、BS四种滤波器，附带设计结果,MATLAB realization of passive RC, LC filter design system. Can be designed LP, HP, BP, BS in four filters, with the design results
shiyan3
- 基于matlab实现的双线性变换法设计滤波器，对心电图滤波，得出幅频特性图-Matlab based on the realization of the bilinear transformation method designed filter, for filtering electrocardiogram obtained amplitude-frequency characteristic map
FIR
- designed a lowpass filter to extract cos(0.1*pi) component from x(n) -designed a lowpass filter to extract cos (0.1* pi) component from x (n)
myCICv1_fir_comp_coeff
- 利用matla设计的CIC内插滤波器，其中包含了其相应的补偿滤波器。-Matla designed using CIC interpolation filters, which contains the corresponding compensation filter.
zidaibianma
- 设计了镜像滤波器opt_filter函数来实现子带分解与合成。取N=256， nbands=16，调用滤波器函数完成子带分解与合成-Mirror filters are designed to achieve opt_filter function subband decomposition and synthesis. Take N = 256, nbands = 16, call the filter function and achieve Synthesis Subband Deco
filterbank8
- 8 通道双正交余弦调制滤波器组实现，滤波器的采样频率为 Fs:20000Hz 设计的低通原型的通带频率为625Hz 阻带衰减80db，滤波器的系数长度为512-8-channel biorthogonal cosine-modulated filter banks to achieve, filter sampling frequency Fs: 20000Hz designed a prototype low-pass frequency of 625Hz passband stopband
chengxu
- 设计一个数字FIR低通滤波器，其技术指标如下： Wp=0.2pi Rp=0.25Db Ws=0.3pi As=50db 试写出MATLAB设计的源程序。-Design a digital FIR low-pass filter, the technical indicators are as follows: Wp = 0.2pi Rp = 0.25Db Ws = 0.3pi As = 50db test designed MATLAB source code to write.
GPSSINSsimulationstudy
- 设计了一个基于位置/速度组合的集中卡尔曼滤波器，整合来自所有传感器的数据以提供精确的和可靠的定位数据-Designed a location-based/speed combination of centralized Kalman filter, the integration of data from all sensors to provide accurate and reliable positioning data
IIR_optimal_filter
- 这是一个优化IIR滤波器的源码,能设计出8个极点8个零点的IIR优化滤波器-This is a source optimized IIR filter can be designed eight against eight pole optimization of IIR filter
Applicationoffilesystemfilterdriverinnetworksecure
- 设计并实现了一个运行于Windows系统的网络终端设备信息防泄漏系统。系统通过文件系统过滤驱动的运用,实现了对网络终端机密文件的实时监控和动态加解密,既具有文件加密的安全性,又具有访问控制的方便性,有效地防止了网络终端机密信息的泄漏。-Design and implementation of a system named Network Terminal Device Information Anti2Leakage System (NTD IALS) was designed and im
FILTER_REAL_TIME
- 实时滤波器，具有精美界面，可以开发自己的应用功能。-You can use 4 types of filters: - Butterworth - Chebyshev 1 - Chebyshev 2 - Elliptic You can use them as: - Lowpass - Highpass - Bandpass - Stopband Showing theirs features in frequency, phase and
zr
- 1. 用双线性变换法设计一个巴特沃斯低通IIR数字滤波器。设计指标参数为：在通带内频率低于0.2π时，最大衰减小于1dB；在阻带内[0.3π, π]频率区间上，最小衰减大于15dB. 2.0.02π为采样间隔，打印出数字滤波器在频率区间[0, π/2]上的频率响应特性曲线。 3. 用所设计的滤波器对实际心电图信号采样序列进行仿真滤波处理，观察总结滤波作用与效果 附：心电图采样序列x(n) 人体心电图信号在测量过程中往往受到工业高频干扰，所以必须经过低通滤波处理后，才能作为判断心脏
filter
- 用C语言对输入信号进行滤波，滤波器是预先用MATLAB设计好的-Using C language on the input signal is filtered, the filter is designed in advance using MATLAB
IIR-FILTER
- 采用双线性变换法实现IIR滤波器 并且用用所设计的滤波器对实际心电图信号采样序列进行仿真滤波处理-IIR filters using the bilinear transformation method and the sampling sequence of the designed filter on the actual ECG signal simulation filtering
IIR-filter-design
- 脉冲响应不变法设计滤波器，精心力作，有源码有文档说明-The impulse response the same method designed filter elaborate masterpiece, a source document explains
filter
- 利用窗函数法设计FIR滤波器，绘制出滤波器的特性图。利用所设计的滤波器对多个频带叠加的正弦信号进行处理，对比滤波前后的信号时域和频域图，验证滤波器的效果。最后录制或下载一段语音信号，对其进行采样和加噪，然后用设计滤波器对加噪后信号进行滤波，绘制出信号的时域波形和频谱，分别计算均值、方差、自相关函数、功率谱，并对滤波前后的信号进行对比。(Using window function design FIR filter, draw the filter characteristic diagram.