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触摸屏基本原理
- 触摸屏是计算机的输入设备，与能实现输入的键盘和能点击的鼠标不同，它能让用户通过触摸屏幕来进行选择。具有触摸屏的计算机的所需的储存空间不大，移动部分很少，而且能进行封装。触摸屏在使用起来 比键盘和鼠标更为直观，而且培训成本也很低。 所有的触摸屏有三类主要元件。处理用户的选择的传感器单元；和感知触摸并定位的控制器，以及由一个传送触摸信号到计算机操作系统的软件设备驱动。触摸屏传感器有五种技术：电阻技术、电容技术、红外线技术、声波技术或
Dijkstrasolve
- 实现了图的数据结构和Dijkstra算法。例子为中关村附近的交通问题。-achieved map data structure and Dijkstra algorithm. For example Zhongguancun near the traffic problems.
模拟图像边缘检测的C代码[原创]
- 模拟图像边缘检测的C代码[原创]先把图像放大K倍，然后检测边缘。使用Roberts梯度检测法。该方法在边缘附近有失真，产生伪边缘。-simulation Edge Detection of C code [original] first image amplification K times, and then detected edge. Use Roberts gradient detection. The method is ne
ln_cascade_zip
- parallel cascade identification of nonlinear system-parallel cascade identification of nonli near system
Wingetword
- Windows NT2000 屏幕取词的程序，能够把鼠标光标附近的单词抓取过来-Windows (Capture Characters from Screen procedures can near the mouse cursor over the word crawls
QQForm
- 运行程序时，窗口在靠近屏幕边时会自动隐藏，类似于QQ的方式-operational procedures, the window screen near the edge will be hidden automatically, similar to the way QQ
Detection_of_the_hidden_processes
- Many users have got used that Windows NT Task Manager shows all processes, and many consider that i s impossible to hide a process from Task Manager. Actually, process hiding is incredibly simple. There are lots of metho
QQFram
- 这是一个可以吸附在屏幕边缘的窗口 就像QQ一样靠近屏幕边缘时，会吸进屏幕边缘，隐藏起来-This is a screen can be adsorbed on the edge of the window like QQ near the same screen edge, inhale the screen's edges, hidden
Nearoptimumerrorcorrectingcodinganddecodingturboco
- 这是一篇关于turbo码的原始论文，Near optimum error correcting cod ing and decoding turbo codes，可供学习参考之用。-This is a turbo code of the original papers, Near optimum error correcting cod ing and decod ing turbo codes, and they can study
afsfr
- In 1 960 , R . E . Kalman published his famous paper describing a recursive solution to the discrete data linear filtering problem [ Kalman6O ] . Since that time , due in large part to advances in computing , the Kal
YueSeFuProblem
- 我选择约瑟夫问题（附带一个合数段的问题这是我们第一次的考试题）做我最后一个上传的代码。因为这是我付出最多的一个，我的第一个程序，当时全班就我一个弄了出来现在想起来都十分高兴。一年以来还做了其他很多小东西，因为太简陋就步多传了，这些足够代表我大一这年的旅程了。希望你们能给我提供一个更大的学习的机会。不久的将来我就会有质量更高的代码上传了。谢谢先-I chose (a few fringe of a problem this is our
calic
- 当前公认的最优无损/准无损图像压缩算法之一：calic算法的软件实现。-An accepted lossless and near lossless image compression algrithm: Relization of CALIC on soft.
JPEG_LS
- 连续色调图像无损（近无损）压缩标准Jpeg_Ls源代码-continuous tone image lossless (Near-lossless) compression standard source code Jpeg_Ls
dspabc
- 立刻嘉陵江后果了解嘉陵江了；冷加工建立个拉近乎规律老了；就；哀怜就噶；亮晶晶噶伦经济管理机 -Jialingjiang immediately understand the consequences of the Jialing River; Cold-establish Rafah near the old law; On; Pity it embraced; shiny embraced economic management-lu
j2EEnews_struts_hibernate_spring
- 新闻系统 此系统是用struts+spring+hibernate开发的 开发环境:eclipse3.1+MyEclipse4.1+tomcat 5.0+oracle 8.1 整个系统实现了新闻种类 新闻 后台管理员的增删改查 后台登陆地址是http://serverName//admin//login.jsp 用户名:admin 密码:admin 小弟也是刚学完这些框架不久 提供给同样的人学习
2223222
- 我们给出一个模板 和一幅图象 。不难发现原图中左边暗，右边亮，中间存在着一条明显的边界。进行模板操作后的结果如下： 。 可以看出，第3、4列比其他列的灰度值高很多，人眼观察时，就能发现一条很明显的亮边，其它区域都很暗，这样就起到了边沿检测的作用。 为什么会这样呢？仔细看看那个模板就明白了，它的意思是将右邻点的灰度值减左邻点的灰度值作为该点的灰度值。在灰度相近的区域内，这么做的结果使得该点的灰度值接近于0；而在边界附近
xianjinxianchu
- 先近先出，时间片轮转，以及优先级的进程调度程序。采用叻C＋＋的编程方法。值得下载。-first-out near first time films rotate, and the process of priority scheduling procedures. Using C + + featuring the programming method. Worth the download.
NoVideo
- 可以从网络端强制占用QQ端口的收消息部分 但发消息部分不会影响 这样可以qq挂级情况不收消息 拒收消息会由腾讯机制在不久后重发-from mandatory network-occupied port of QQ part of collecting information but will not affect copies of this can qq pegged level of rejection is not c
jumping_the_queue
- The beginning of a winter break near Spring Festival is always the beginning of a peak period of transportation. If you have ever tried to get a train ticket at that time, you must have witnessed the endless queues in fr
65464123
- 这个游戏比Window自带的简单。但就目前来说，离它其实也不远。添加菜单项，并相应修改参数值：m_RowCount、 m_ColCount、leinum，并重新初始化界面就行了。 -this game than Window bring their simplicity. But up to now, it actually left near. Add menu items, and modify parameters : m_Row