用C语言编写的国际象棋源程序，单文件，编译简单，适合新手学习。...

全国大学电子设计大赛 智能小车单片机程序及报告+流程图+管脚说明-National University of Electronic Design Competition smart car Singlechip procedures and report+ Flowchart+ Pin description

OSCI组织最新lease出来的传输级建模指导实验，对初学者快速认识TLM中的一些基本概念很有用，本实验经作者修改并调试通过。-The tutorial3 of TLM-2.0 which is released from OSCI group currently!

非常好玩的游戏。网上收集。只提供参考。下载后24小时内删除-very fun game. Online collection. For information only. After downloading deleted within 24 hours

定时器时间计算工具 使用方便 并有模拟功能 是一个不错的软件-The calculation of time timer tools easy to use and have analog functions is a good software

自己写的一个比较完整的WCF程序，提供综合学习-Wrote it myself, a more complete WCF procedures to provide comprehensive learning

一个简单的文本编辑的教学源代码,,希望可以帮组大家学习-a simple text editor to the source code teaching, the hope that we can help groups learn

深入剖析Asp.net资源文件,比较实用。读取文件流-Asp.net-depth analysis of resource documents, more practical. Read the file stream

我们将用程序来模拟传统的龟兔赛跑问题。我们将采用随机数生成的方法开发这一问题的仿真程序。 再比赛中共设了70个点，每个点代表比赛跑道可能的一个位置。乌龟和兔从第一个点出发，终点是在第70个点上。 时钟按秒来数计。随着时钟的转动，程序能够根据下述规则来调节乌龟和兔子的位置。动物 跑动类型 占用时间 跑动量乌龟 快走 50% 向右3个点 后滑 20% 向左6个点 慢走 30% 向右1个点兔子 睡觉 20% 不动 大后滑 20% 向右9 个点 快走 10% 向左12个点 小步跳 30% 向右1个点 慢后滑 20% 向左两个点 -procedures we will use to simulate the traditional hand problems. We will adopt the random number generator of the development of the simulation program. Another winner set up 70 points, each point represents the runway competition of a possible location. The turtle and a rabbit from the starting point and finish in the first 70 points. According to the clock to a few seconds of dollars. As the clock turned to procedures under the following rules to regulate turtle and the rabbit"s location. Running types of animals occupying volume running time 50% of turtles to leave three points right after sliding 20% six points left walking 30% a point right rabbits sleep 20% Fixed After a 20% slide right nine points to leave 10% left

这个是用C编写的有关Atmega169编写的ADC程序！-This is prepared by using C-related ADC program Atmega169 prepared!

文章介绍了海洋界面参数估计及传播损失的射线声学预报方法-Article introduced the marine interface parameter estimation and dissemination of the loss of forecasting methods for acoustic ray