JavaApplication6

数据挖掘作为一种现阶段很有用的方式，应用在各个领域。本文比较详细，可以借鉴看看。(Data mining, as a very useful way at this stage, is applied in various fields. We can learn from it.)

用于计算Poincare截面，需要的可以下载看看，可以交流交流(Used to calculate the Poincare cross section, the need to download to see, can exchange and exchange)

说明：  反向泵浦拉曼放大器，内含代码，同时还有反向多波长打靶算法的相关论文，非常有用(Reverse Pumped Raman Amplifier with code and related papers on reverse multi-wavelength shooting algorithm are very useful.)

此代码为matlab寻优测试代码，并且画出进化图，只要把目标函数带入测试即可。(This code is matlab optimization test code, and draw the evolution diagram, as long as the objective function into the test.)

利用matlab的gui设计的带有输入和输出功能的界面图形，实现等距线可视性很强，自己独立编写的数据和图形，学习非常值得,实现压缩图像(Using GUI of MATLAB to design interface graphics with input and output functions, realizing the visibility of isometric line is very strong, the data and graphics written independently by oneself are very worthwhile to learn, and realizing compressed image)

计算气液相平衡问题，如泡点压力线，露点温度线的计算(used for the solution of the VLE problem)

VC系统下,地球坐标转换的源代码,在WGS-84坐标和北京54坐标之间的一套转换参数,可以全国通用的，在每个地方会不一样，因为它们是两个不同的椭球基准。-VC system, the Earth coordinates conversion source code, the WGS-84 coordinates and coordinate between Beijing 54 set conversion parameters can be nationwide, in every place to be different, because they are two different ellipsoid benchmarks.

java实现正则表达式的代码，加上我自己写的测试的例子，是用jbuilder实现的-achieve expression of code, coupled with my own writing test example is the use of JBuilder realized

静止无功发生器 采用无功检测DQ检测 静止无功发生器又称高压动态无功补偿发生装置，或静止同步补偿器。是指自由换相的电力半导体桥式变流器来进行动态无功补偿的装置。SVG是目前无功功率控制领域内的最佳方案。相对于传统的调相机、电容器电抗器、以晶闸管控制电抗器TCR为主要代表的传统SVC等方式，SVG有着无可比拟的优势。(DQ test for static reactive power generator)

说明：  基于kinect和神经网络的骨骼识别动作(Bone recognition action)