ex5_1 I-型线性相位FIR滤波器

ex5_2 II-型线性相位FIR滤波器

ex5_3 III-型线性相位FIR滤波器

ex5_4 IV-型线性相位FIR滤波器

ex5_5 矩形窗频响

ex5_6 希尔伯特变换器设计－汉宁窗

ex5_7 低通滤波器设计－汉明窗

ex5_8 带通滤波器设计－布莱克曼窗

ex5_9 低通滤波器设计－凯塞窗

ex5_11 频率采样技术：低通，朴素法

ex5_12 频率采样技术：低通, 最优法T1 & T2

ex5_13 频率采样技术：带通, 最优法T1 & T2

ex5_14 频率采样技术：高通, 最优法T1

ex5_15 频率采样技术：差分器

ex5_16 频率采样技术： 希尔伯特变换器

ex5_17 利用Parks-McClella算法设计低通滤波器

ex5_18 用PM算法进行的带通滤波器设计

ex5_19 用PM算法进行的高通滤波器设计

ex5_20 用PM算法进行的阶梯滤波器设计

ex5_21 用PM算法进行的差分器设计

ex5_22 用PM算法进行的希尔伯特变换器设计-ex5_1 I-type linear phase FIR filter

ex5_2 II-type linear phase FIR filter

ex5_3 III-type linear phase FIR filter

ex5_4 IV-type linear phase FIR filter

rectangular window frequency response ex5_5

Hilbert ex5_6 converter design- Hanning window

low-pass filter design ex5_7- Hamming window

ex5_8 bandpass filter design- Blackman window

ex5_9 low-pass filter design- Kaiser window

ex5_11 sampling frequency: low-pass, a simple method

ex5_12 sampling frequency: low-pass, optimal method T1 & T2

sampling frequency ex5_13: band-pass, optimal method T1 & T2

ex5_14 sampling frequency: high-pass, optimal method T1

sampling frequency ex5_15: differentiator

sampling frequency ex5_16: Hilbert converter

Parks-McClella use ex5_17 algorithm design low-pass filter

PM algorithm ex5_18 with the band-pass filter design

PM algorithm ex5_19 with the high-pass filter design

PM algorithm used ex5_20 ladder filter design

PM algorithm used ex5_21 differential design

PM al