VC和directX

CRC 算法的实现,在通讯使用它可提高通讯的可靠性.-CRC algorithm implementation, the communication can use it to improve communications reliability.

用VC编的小游戏程序,能给大家参考,谢谢你们使用,多多帮助我,互相学习.-VC series of small game procedures, give your reference, thank you for your use, give more to help me, to learn from each other.

很好的原代码,希望大家下载学习. 很好的原代码,希望大家下载学习.-good source, we hope to learn download. A good source, we hope to learn the download. a good source, we hope to learn download.

验证指针本质是一个占四个字节的东西,这个东西代表的是变量的地址，并可以通过四个字符保存下来(除函数指针): 将整型，字符型，结构体型数据的地址保存到一个字符数组中，每个地址都只占4个字节。然后从数组中每次取四个，转换成指针，再通过该指针找到原先存的数据。-Verify pointer essence is a total of four bytes of the things this thing represents the address of a variable, and can be preserved through the four characters (except function pointers): will be integer, character, structure, size of the address of the data saved to the an array of characters, each addresses only 4 bytes. And then taking four each from the array, converted into a pointer, and then through the pointer to find the original save data.

这是一个对足球彩票进行筛选的例子，能够较为准确的筛选很多无效号码．由于时间和本人水平尚未最终完成．但也可以用．-this is a football lottery screening example, to be more accurate screening many invalid numbers. Because of the time and I have yet to finalize standards. It can also be used.

一个简易日历程序，已知公元元年一月一日即耶稣诞生日是星期一，那么因为365%7=1，366%7=2。所以每过一年平年星期数加一，每过一年闰年星期数加二，依次类推就可以求出任意一年一月一日是星期几。-a simple calendar program, known Year on January 1 that the first year of the birth of Jesus Day is Monday, because 365% = 1,366 7% 7 = 2. So every non-leap year over year increase in a few weeks, a leap year every year the number increases two weeks, followed by analogy can be found arbitrary January 1, 2001 is several weeks.

采用jquery技术进行客户端验证文本框的输入是否是正确的，里面有我自己进行扩展的一些验证，例如中文验证，手机号码验证，邮编验证等等。-Jquery technology used to verify the client whether the input text box is correct, which I have to expand some of authentication, such as English authentication, mobile phone number verification, authentication and so on postcode.

单元格为负载平衡在无线 Lan 中的呼吸技巧 摘要 网络超载是无线局域网 (Wlan) 的主要挑战之一。当访问点 (Ap) 的负载平衡的通常被实现这一目标。最近关于业务 Wlan，显示 AP 负载往往是不均匀分布的研究。为了纠正这种过载，提出了几种负载平衡方案。这些方法通常是用于控制用户-AP 协会需要专有的软件或硬件在用户身边。在本文中我们提出新的负载平衡方法控制大小的 WLAN 的单元格 （即，AP 的覆盖范围），这在概念上类似呼吸在蜂窝网络中的单元格。此方法不需要对用户既不 IEEE 802.11 标准的任何修改。它只需要动态地改变传输功率的 AP 信标消息的能力。我们发展一套的多项式时间算法，找到最佳的灯塔尽量减少最拥挤 AP 的负载的电源设置。我们还考虑全网络最小-最大负载平衡的问题。模拟结果显示所提出的方法的性能相当于或优于现有的最佳协会基于方法。

为单位一个项目开发的，比较简单，有兴趣的初学者可看看，主要包括串口通信，数据库操作、调用word-In units of a project developed a relatively simple, interested beginners can take a look at, including serial communication, database operation, call the word