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FIRqq
- 用凯泽窗设计线性相位带通FIR滤波器 计算理想带通滤波器单位抽样响应ha(n)的M函数文件dbpfr.m 计算凯泽窗函数wk(n)的M函数文件kwnd.m-Keyser window design with linear phase FIR bandpass filter calculate an ideal band-pass filter response ha sampling units ( n) M function calculation Keyser dbpfr.m doc
fir
- 用窗函数设计法设计fir滤波器（矩形窗、汉宁窗、汉明窗、布拉克曼窗、凯泽窗）
kaiser
- 本matlab函数，实现凯泽窗设计低通、带通、高通滤波器，综合在一个图显示。设计滤波器时，用到的脉冲函数和脉冲响应函数都在压缩包里，所用的频率是数字频率值。-The matlab function, designed to achieve Kaiser window low-pass, band-pass, high pass filter, integrated in a map display. Filter design, the use of the pulse function and
sscyf
- 典型窗函数的归一化幅频对数特性，凯泽窗的时域波形，低通滤波器的增益特性比较，实际滤波器的幅频特性-Typical window function of the normalized logarithmic amplitude-frequency characteristics, Kaiser window in time domain waveforms, low pass filter gain characteristics compared to the actual filter amp
matlab_fir
- 用窗函数法设计FIR数字滤波器。包括：1.矩形窗2.三角窗3.汉宁窗4.海明窗5.布拉克曼窗6.凯泽窗等-FIR digital filter design with a window function method. Including: a rectangular window. Triangular window. Hanning Hamming window, Blackman window and Kaiser window
phasesim
- 设计了各种窗函数的滤波器，包括矩形窗，滚降升余弦窗，切比雪夫窗，凯泽窗等。-Designed a variety of window function filters, including the rectangular window, roll-off raised cosine window, Chebyshev windows, Kaiser windows.
kaiser
- 实现凯泽窗设计低通、带通、高通滤波器，综合在一个图显示。设计滤波器时，用到的脉冲函数和脉冲响应函数都在压缩包里，所用的频率是数字频率值。-Kaiser window design to achieve low-pass, band-pass, high-pass filter integrated in a graph display. Filter design, the use of pulse function and impulse response function in the co
kaisachuangkoubutongzhibijiao
- 脉冲压技术中需要用到加权窗函数，凯泽窗口是常用的加权窗函数。-Pulse compression techniques need to use a weighted window function, Kaiser window is commonly used weighting window function.
Six-kinds-of-window-function
- 矩形窗，汉宁窗，海明窗，布莱克曼窗，凯泽窗函数加权降低副瓣电平-Six kinds of window function
matlab
- 基于MATLAB的fir带通滤波器，窗函数设计（凯泽窗和布莱克曼窗）及信号带宽计算(fir bandpass filter)
带阻数字滤波器
- 读入bluesky3.wav文件（内容为男生“蓝天，白云”），在语音数据中混入50Hz的交流声，设计一个用凯泽窗的带组数字滤波器，通带截止评率45Hz,带组截止频率49和51，阻带最小衰减A2=50dB,采样频率为8000Hz(Read the bluesky3.wav file (the content is for boys "blue sky, white clouds"), mix 50Hz hum into the voice data, design a band