自由拼音输入法源程序，一个比较好的中文输入法程序，包括了完整的词库，对利用C开发相似程序有较大的参考作用。...

拼音输入法 tm.txt =>输入法原始编码表例子 码表即字典:应按小=>大排序 bm.zip =>输入法码表建立源程序 ime.zip=>IME输入法源程序 tminstall.zip=>安装输入法源程序 imm.h multimon.h winhtml.zip=>VC下的HTML编译库 请将imm.h和multimon.h拷贝到vc++下的include目录下 用户应在readmb函数中加入自己的码表读取功能 -Source code of Chinese PinYin input method.

虚拟Unix的文件系统,预分配1M的空间作为虚拟硬盘-virtual Unix file system, the pre-allocation 1M hard disk space as virtual

将五笔字型的Unicode格式文本格式的.TXT文件转换为ANSI格式的小程序。-Five fonts to Unicode format text. TXT file is converted to ANSI format applet.

wince 输入法框架,需要拥vc.net环境-Jack input method framework, Yong vc.net environment

Windows系统下汉字输入法实际上是将输入的标准ascii字符串按照一定的编码规则转换为汉字或汉字串，进入到目的地。由于应用程序各不相同，用户不可能自己去设计转换程序，因此，汉字输入自然而然落到WINDOWS系统管理中。-Windows systems Chinese character input method is actually imported to the standard ascii string of coded according to certain rules into Chinese or Chinese character strings, into the destination. Because the application is not the same, users will not be able to design their own conversion process, it naturally fell on the importation of Chinese Windows system management.

脑电（EEG）是一种反映大脑活动的生物电信号，由于它具有很高的时变敏感性，在采集时极易受到外界的干扰。如眼球运动、眨眼、心电、肌电等都会给真实的脑电信号加入噪声（伪迹）。这些噪声给脑电信号的分析处理带来了很大的困难。从剔除EEG中的各种伪迹到去除噪声的效果评估研究者们都提出了很多方法。本文提出matlab除各种脑电信号伪伪迹减法- As a kind of physiological signals, the Electroencephalogram（EEG）represents the electrical activity of the brain. Because of its higher time-vary sensitivity, EEG is susceptible to many artifacts, such as eye-movements, blinks, cardiac signals, muscle noise. These noises in recording Electroencephalogram（EEG）pose a major embarrassment for EEG interpretation and disposal. A number of methods have been proposed to overcome this problem, ranging from the rejection of various artifacts to the effect estimate of removing artifacts.

五笔输入法在单片机系统中应用--Use Wu Bi Chinese character input method in SCM system.

这是一个日文输入法，在输入汉语拼音得到日文。-This is a Japanese input method, the import of Chinese Pinyin be Japanese.

键盘,实现键盘的输入及led的显示功能-keyboard, realize keyboard input and led display

digital signal proce