huma

说明：  独居老人监控系统 使用80c51f020编程 具体的使用方法和接口，里面有(Elderly people living alone monitoring system using 80c51f020 programming methods and the use of specific interfaces, which has)

应用C++Bulider 5,0编程实现任务管理器的功能,不错(Using C Bulider 5, 0 programming to realize the function of task manager, good)

抽签程序，考前检录，考试抽题等等，稍作修改就可以改成其他形式的抽题 界面简单，易用，稍作修改就可以用在自己的项目。

VC2008 操作excel2003 ，用odbc方式创建excel，用excel接口类对excel进行读写，包括设置边框 字体 颜色 合并单元格等 附录excel小例子(VC2008 operation excel2003, with a way to create odbc excel, excel with excel interface class for reading and writing, including setting borders font color merging cells small example in Appendix excel)

GUI MFC USE FOR ABSENCE APLLICATION USING GABOR WAVELET. IT USE FOR FACE RECOGNITION IN BUILDING PRESENCE

自主选择性的查看一幅图像中的部分区域的颜色直方图：允许用户在一幅图像中选择一个矩形区域，通过按住鼠标键画一个矩形，当鼠标放开是，高亮显示矩形框，同时在另一个独立的窗口中，使用画图函数画一个图表（选定区域的颜色直方图），分别用蓝，绿，红表示选中区域中每种颜色的像素数量。(Self-selective color in an image to view a partial area of ​ ​ the histogram: Allows the user to select a rectangular area in an image by holding down the mouse button to draw a rectangle when the mouse is released, the highlighted rectangle, Meanwhile in a separate window, using the drawing functions to draw a chart (selected color histogram region), respectively, with blue, green, red indicates the number of pixels in the selected area of ​ ​ each color.)

多线程求卷积1）数据矩阵：256*256 –原始矩阵设置：随机50个点设置为255，其余为0 2）卷积核：5*5 –明确注明所设计的卷积核 3）迭代次数：100 –每5次迭代保存一次数据矩阵 –通过20个结果矩阵，生成动画 初始矩阵随机生成，随机分配50个数的值为255(Multithreading convolution 1) Data Matrix: 256* 256- the original matrix settings: a randomized 50-point set to 255, the rest is 02) convolution kernels: 5* 5- convolution kernel designed specifically stated 3) Iterations: 100- once every five iterations save data matrix- matrix results through 20, randomly generated initial matrix generated animation, randomly assigned number is 255 50)

浪涛之巅小说，介绍互联网技术的发展，非常好的资料；(Introduct book for internet development)

NET平台下的IP欺骗和SYN Flood攻击-彭宁-贵州大学(NET platform IP spoofing and SYN Flood attacks- Penning- Guizhou University)

模糊pid有效的对控制对象进行了控制，减少超调和响应时间(fuzzy PID control)