apache-ant-1.9.4-bin(1).tar

现在谱分析的发展，详细介绍了谱分析的发展情况，建议学习谱分析的相关人士阅读(Now the development of spectral analysis, spectral analysis described in detail the development of the proposed study and spectral analysis of the relevant people to read)

用MATLAB首先显示彩色图像，然后显示灰度化后的图像，再绘制直方图，直方图均衡化(MATLAB show color image first, and then according to gray image, to draw the histogram, the histogram equalization)

遗传算法工具箱，英国谢菲尔德大学有一套自己的遗传算法工具箱，比MATLAB默认功能强大一些(Genetic algorithm toolbox, the university of Sheffield has its own genetic algorithm toolbox, MATLAB default powerful than some )

利用PSO算法优化SVM向量机参数。测试指标为MAPE和均方根误差。(Optimization of SVM Parameters by PSO Algorithm. The test indexes are MAPE and root mean square error.)

Alignment and fusing a bracketed exposure sequence into a high quality image without HDR

基于倒谱的共振峰检测，倒谱峰值对应共振峰频率，用matlab编程实现，(Based the formant detection cepstrum, cepstral peak corresponding formant frequency, Matlab programming,)

该段代码生成不同长度下，双绞线信道的远端衰减冲激响应系数。双绞线频域带宽最高可达106MHz，采样率设置时必须大于两倍的频域带宽。双绞线信道模型使用ITU-T-SG15 contribution 11GS3-029中的模型。(This code generates a different length, the distal twisted channel impulse response attenuation coefficient. Twisted frequency domain bandwidth of up to 106MHz, must be greater than twice the frequency-domain bandwidth sampling rate settings. UTP channel model using the ITU-T-SG15 contribution 11GS3-029 the model.)

在matlab平台下，编程实现矢量数据的显示，简单易懂！(In the matlab platform, programming to realize vector data display, easy to understand)

基于MATLAB的数字频带通信系统的仿真 使用MATLAB中M语言完成QPSK的仿真 通过仿真得到QPSK和OQPSK信号经过带通后的波形(QPSK simulation based on the the MATLAB digital band communication system simulation using MATLAB M language QPSK and OQPSK signals after band-pass waveforms obtained by simulation)

说明：  SVM 的代码,工具箱的使用内部有详细的说明,请读者看看Matlab代码中参数使用,将训练数据以矩阵形式输入,即可使用(SVM code, the use of the toolbox there are detailed instructions, please take a look at Matlab code readers parameter use, will be a matrix of training data input, you can use)