用PSO算法与Delphi和VB很好的描述一个简单的小程序研究…

卸载软件不再繁琐，轻轻一点即可完成，纯绿色，我一直在用，效果不错-Uninstall software no longer red, gently point to complete, pure green, I have been in use, good results

Lotus安全性增强软件，是我毕业设计作品。能够监视数据库文档的修改变动。-Lotus security-enhanced software, design work is my graduation. Able to monitor movements to amend the document database.

在阵列中进行DOA估计的matlab程序，RBF神经网络实现-In the array in DOA estimation matlab program, RBF neural network

自己用C编写的小游戏，DOS界面哦，可以运行。 浮点数基本运算 浮点数的基本运算主要有四则运算、符号处理、大小比较，以及浮点数分柝等。 包含头文件 "fn.hpp" #include "fn.hpp" 浮点数基本运算 浮点数的基本运算中有加、减、乘、除、取负、绝对值、相等比较等。 加减乘除 加、减、乘、除四个运算极为相似，都是需要两个参数，结果当然也是浮点数了。 例子： // 加 减 乘 除 btil::fn::plus::value // f1+f2 的结果 btil::fn::minus::value // f1-f2 的结果 btil::fn::multiplies::value // f1*f2 的结果 btil::fn::divides::value // f1/f2 的结果 plus::value::f_val // f1+f2 的结果的值 struct one { static const double f_val = 1.0 } // 两个浮点数 struct two { static const double f_val = 2.0 } minus::value::f_val == 0.5 取负 取负运算就是取一个浮点数的负数。-prepare themselves with a small C games, DOS interface, oh run. Float Float basic operations of the basic operations are four major operations, symbols, sizes, and float-watchman"s rattle so. The first document contains "fn.hpp"# include "fn.hpp" float float basic operations of the basic operations are, p

tidsp2407汇编程序例程，完整的源代码。-tidsp2407 assembler routines, complete source code.

基于平面波展开 传输矩阵计算2维矩形光子晶体模型 计算可得出相关图谱 handbook中除了参数说明还有参考文献等-Plane wave expansion based on the transfer matrix calculation of 2-D model calculation of rectangular photonic crystal patterns can be drawn from the relevant handbook of parameters except that there are references such as

vb编写的格斗游戏，具备过关格斗游戏的基本要素。是学习游戏编写的好例子-vb prepared fighting games, with clearance of the basic elements of fighting games. Prepared to learn the game a good example of

simple program based on VB6 to control 4 relay using parallel port interfacing with nice GUI

穿口助手-Assistant to wear mouth

讲述了用proel进行电路板设计的具体流程，以及每一步的优化。-Proel carried out on the circuit board with the design of specific processes, as well as the optimization of each step.