unix小程序，里面包含有100多个小程序，可以供初学者学习，在linux下通过...

倒立摆可以倒来倒去，保持微妙的平衡。用模糊逻辑可以实现这一仿真，当然，还有不太成功的地方，大家可以自己修正！-inverted pendulum could turn back to say; to maintain a delicate balance. Fuzzy logic can be used to achieve this simulation, of course, the less successful, you can own that!

根据渗流力学原理，通过分析油井的不稳定试井数据求取地层参数；附带有数据。-According to seepage mechanics, through the analysis of instability in oil well test data to strike a formation parameter incidental data.

mimo ofdm CAZAC 好不容易找到的哦 感觉很好 -mimo ofdm

漂亮的VB版本的界面,界面可以进行扩展并且所需要的代码又非常的少。是一个优秀的原码你可以下载学习之用。-pretty VB version of the interface, which can be expanded and needed code is very limited. Is an outstanding original code you can download learning.

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。-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, plus or minus, riding, except from negative, in absolute terms, a comparison of the same. The a

PID与模糊控制程序，模糊控制采用查询方式，PID为增量式-PID and fuzzy control procedures, the use of inquiry methods of fuzzy control, PID for Incremental

主要用于产生波形，然后用于仿真和实验-Mainly used to produce waveform, and then used for simulation and experimental

在Win2000系统下修改主机名、IP、网关、子网掩码和代理服务器-in Win2000 systems changes hostname, IP, gateway, subnet mask and proxy servers

这是我费尽苦心所得，它用了大量的电子学知识和大量文化，可以了吧-This is my painstaking proceeds, it takes a lot of electronics and a large number of cultural knowledge, it can

c语言写的FFT变换源码,有多个版本,经测试,还比较好用-c language source code of the FFT transform, has multiple versions, tested, is still relatively easy to use