借助人家的东西哦！个人认为是非常不错的C语言例子程序，对于任何初学者来说，这都是非常好的教材！比学课本强多了...

智力小蛇,贪吃蛇的强化版本,有新的玩法 原本是UC平台上的在线游戏 有双人对战模式 但没有环境只能进行单机游戏-intellectual snake, a huge memory enhanced version, The new UC rules of the original platform is the online war game with a double but did not model the environment can make single game

系统优化的batch,dos下运行，很好用，即使不用也可以看看batch怎么写-System optimization of the batch, dos run, well used, even if no batch can also take a look at how to write

基本的常数模算法，用于信道的盲自适应算法。-Basic constant modulus algorithm for blind channel adaptive algorithm.

液晶显示测试程序 液晶显示测试程序 -LCD liquid crystal display test procedure test procedures

包含常用的LMS，RLS，快速RLS（FTF）等自适应滤波算法，搜集了多种合集，全部为m文件，很有启发，更好理解自适应算法。-Contains the commonly used LMS, RLS, fast RLS (FTF) adaptive filtering algorithm, etc. to collect a wide range of Collection, all for the m file, very enlightening and better understanding of the adaptive algorithm.

求解无网格法的近似函数，（伽辽金无网格法移动最小二乘近似程序）-for non-grid method similar function (Galerkin grid Mobile least squares approximation procedures)

这个程序主要是基于jquery的。它包含一个自定义的jquery选项卡。该选项卡具有各种动画效果

天文观测软件，可以根据爱好者所在地点随时准确地进行定位并预测未来星空图。-Astronomical Observatory of software, according to the location at any time lovers accurately locate and predict the future Star Chart.

基于CSM自适应波束形成――酉聚焦 ％ 8阵列； ％信噪比为10dB 干扰噪声比为20dB 干扰信号与需要信号不相关. ％干扰和信号频率所在范围为80―120Hz，相对带宽为40％ ，入射角度分别为seta_S_reg、seta_J_reg -CSM-based adaptive beamforming- Unitary Highlights 8 array 10dB signal to noise ratio for the interference noise ratio of 20dB interference signal and the need to signal irrelevant. Interference and signal frequency range is where the 80-120Hz, the relative bandwidth of 40 , respectively angle seta_S_reg, seta_J_reg

数字电视标准综述,本文从数字电视技术标准所起的作用，美国ATSC标准，欧洲DVB标准，日本ISDB标准，DVB与 ATSC的比较，三种标准的数字地面广播系统比较，我国数字广播电视标准化工作的现状等方面，详细地介绍了数字电视标准。 -Summary of digital TV standards, this article from the digital television technical standards the role of American ATSC standard, the European DVB standard, the Japanese ISDB standard, DVB and ATSC of comparison, the three standard digital terrestrial broadcasting system comparison, China