随机有限元程序及算例，有学习价值，用FORTRAN语言写的

高山上移动直放站监控系统源代码读取直放的监控盒的源代码-Mountain mobile repeater monitoring system straight release the source code to read the monitor

TMS320F2812开发板(SCH+PCB图)Protel -TMS320F2812 ?????(SCH+ PCB?? Protel

很有用的 东西 啊 下来看看事实上怎么还不够啊 真是郁闷 -Ah useful things down and see how in fact is not enough ah really depressing

运用C语言编写的小游戏，在DOS环境下运行，所有的界面和实现算法都是自己写的，可以参考~

TOYFDTD1 is a stripped-down minimalist, 3D FDTD code demonstrating the basic tasks in implementing a simple 3D FDTD simulation. An idealized rectangular waveguide is modeled by treating the interior of the mesh as free space and enforcing PEC conditions on the faces of the mesh. A simplified plane wave source is inserted at one end. First released 12 April 1999. Version 1.03 released 2 December 1999.

相当经典的信息论导论和编码的课件哦~~ 2009年9月18号更新的，我们上学期刚刚用过的~~ 网上估计是没有的哦-Quite a classic introduction to information theory and coding courseware oh ~ ~ September 18, 2009 update, we have just spent last semester ~ ~ Online estimates are not, oh ~ ~

RDM协议标准的图文说明,希望对有些朋友有所帮助-RDM graphic protocol standards, hoping for some help to Friend

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

不含积分环节的伺服系统， 对小车倒立摆的控制的matlab仿真程序-Non-integral part of the servo system, control of inverted pendulum car matlab simulation program

This Temperature PID regulator for Tamman ovens. Temperature is measured by thermocouple via lm358 - > Atmega s ADC and regulated over triac. All data is sent via RS232 connection on PC and controlled by LabView.-This is Temperature PID regulator for Tamman ovens. Temperature is measured by thermocouple via lm358- > Atmega s ADC and regulated over triac. All data is sent via RS232 connection on PC and controlled by LabView.