wavelet-transform

采用PCA提取人脸特征,先计算M个图像的平均值脸，再求出各特征值脸。(Using PCA for face feature extraction, first calculate the average face image of M, and then find the face value of each characteristic.)

Tarel的图像快速去雾算法，可以实现灰度和彩色图像的去雾，将文件中的图像读取路径进行修改即可。(Tarel fast algorithm of image dehazing, can be used to both gray and color images to fog.please replace image read path )

Fuzzy Extent Analysis Algorithm for Arithmetic Mean

求0到n之间的“水仙花数”，所谓“水仙花数”是指一个三位数，其各位数字的立方和等于该数本身。(a data d between 1 and 1000 that abey d=d1^3+d2^3+d3^3)

详细解释了ibatis的用法和jar包。。。。。。。。。。。。。(A detailed explanation of the use and ibatis jar package. . . . . . . . . . . . .)

v_BLAST,空时分层编码，matlab(V_BLAST, u7A7A u65F6 u5206 u5C42 u7F16 u7801 uFF0Cmatlab)

多端交直流潮流程序计算,交替迭代法，将直流嵌入交流计算中，方便后期改编.(Multiterminal DC flow calculation program)

说明：  机器人matlab编程课本的程序，每一个程序都很好。(The Program of Robot Matlab Programming Textbook)

简要介绍了MATLAB语言，并把MAT LAB语言应用于电机控制系统的仿真研究中，同时以一个 具体实例较为深人地对其进行了说明(Briefly describes the MATLAB language, well into MAT LAB language used in motor control system simulation studies, in both a Specific examples of a more in-depth to them to say the-called)

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)