TREE_INT

这是一个用java编写的一个界面，此界面与数据库相连，通过对界面中的数据操作继而对数据库进行操作。(This is a java written in an interface, this interface is connected to the database, through the interface data manipulation and then to operate the database.)

utf8和汉字之间编码的转换，便于开发统一汉字编码程序(utf8 and coding conversion between Chinese characters, Chinese character coding to facilitate the development of uniform procedures)

JAVA实现有可视化界面的动物识别系统。 实现一个简单的动物识别专家系统。该系统可以识别老虎、金钱豹 、斑马、长颈鹿、鸵鸟、企鹅、信天翁这 7种动物。(JAVA realization of the visual interface of animal identification system. To achieve a simple animal identification expert system. The system can identify 7 kinds of animals, such as tiger, leopard, zebra, giraffe, ostrich, penguin and albatross.)

该代码基于VC开发平台,能演示三中编码方法:香农,霍夫曼,费诺编码,经过测试,运行稳定!(code based on the VC development platform, which can display three coding method : Shannon, Hoffman, Connaught fee coding, After testing, operation stability!)

个性图标生成器源码例程，程序根据画板画出图片可以设置画出图片的宽度、高度的特性，自改变图标的尺寸。(Personalized Icon Builder source code routines, programs can be set according to drawing board to draw pictures to draw pictures of the width, height, features, since changing the size of the icon.)

编写一个Java程序，设计一个运输工具类Transport，包含的成员属性有：速度pace、载重量load；汽车类Vehicle是Transport的子类，其中包含的属性有：车轮的个数wheels和车重weight；飞机Airplane类是Transport的子类其中包含的属性有：机型enginertype和发动机数量enginers。每个类都有相关所有数据的输出方法。(Write a Java program, designing a means of transport category Transport, including members of the attributes: speed pace, load load Automotive Transport Vehicle is a subclass, which contains the attributes: the number of wheels and wheel weight weight Transport Aircraft Airplane class is a subclass of which contains the attributes: the number of aircraft and engine enginertype enginers. Each class has all data related to the output method.)

Simple Linked List.vcproj

demo source code of using collect in Micrsoft Visual C++.Net 2003(demo source code of using collect in Micrso Visual C ft. Net 2003)

Control strategies for extracting the three-phase reference currents for shunt active power filters are compared, uating their performance under different source conditions with PI and Fuzzy Controllers in MATLAB/Simulink environment When the supply voltages are balanced and sinusoidal, the two control strategies are converge to the same compensation characteristics However, the supply voltages are distorted and/or un-balanced sinusoidal, these control strategies result in different degrees of compensation in harmonics. The compensation capabilities are not equivalent, with p-q control strategy unable to yield an adequate solution when source voltages are not ideal. Extensive simulations are carried out with PI controller and also with Fuzzy controller for both p-q and id-iq control strategies under different main voltages.

基于matlab,通过MPPT控制实现光伏逆变(Based on matlab, realize photovoltaic inversion by MPPT control)