TTS，TTS To Speech,Read the text using the microsoft TTS engine,and ACE libraly

在线签名鉴定，用AR实现算法和DTW算法实现，还包括一个比较综合的实例，对此方面研究的朋友有用处-Online signature identification, use AR to achieve algorithm and DTW algorithm, but also a more comprehensive example of this research useful friends

本文系统的介绍了语音识别的技术及其实现方法-This article introduces the technic and implement method of speech recognise

aa3qw压缩算法1234567890 -aa3qw compression algorithm 1234567890 1234567890

数字音频格式有很多种，其质量与采样频率和采样精度两个参数有关。频率的表示单位为赫兹〔Hz〕，它表示每秒采样次数。采样频率越高，音质就越好。采样精度为每次采样所存储的数据数量，它决定每个数字信号所能够表示的离散振幅的数量。存储每个样本的数据越多，音质就越好。但是高品质的声音需要占用大量的内存和磁盘空间。考虑到网络带宽，在Internet连接上传输就需要花费很长的时间。对于Applet来说，保证声音文件的最小化是极为重要的。-digital audio format there are many, the quality and frequency of sampling and sampling accuracy of the two parameters. The frequency of Hertz unit of [Hz], it said the number of samples per second. The higher sampling frequency, the sound quality better. For each sampling precision sampling by the amount of data storage, it was decided that each digital signal can be expressed as the number of discrete amplitude. Each sample storage of more data, better sound quality. But high-quality voice would take a lot of memory and disk space. Consideration of the network bandwidth, the transmission on the Internet connection on the need to spend a very long time. Applet for instance, to ensure that voices of the smallest document is very important.

此程序： 5 秒记录您的声音 播放录制 在双精度数组中存储的数据 绘制波形 在该示例中的所有帧计算 LPF 900 Hz 要删除上部频率 （因为球场信息.将会低于 900 Hz） 上的讲话 执行中心裁剪和找到剪辑水平 （CL） 选择适当的修剪级别 执行中心削波 计算自相关函数 calcute 球场 计算整个样本 X 的

一个为Internet应用程序提供的开放源码的16 kbps语音/乐音压缩程序-an Internet application for the open source 16 kbps voice/music compression process

这是一个通用的隐马尔科夫模型的C代码库， 非常好用。-This is a generic Hidden Markov Model C code libraries, very handy.

几乎可以完全所有语音分析， 并能通过插入编程代码执行如何复杂的自定义数据分析运算-almost entirely all voice analysis, and the programming code inserted through the complexity of the implementation of the self-definition of Operational Data Analysis

简单的模式识别的分类算法（K_均值算法）程序的使用方法简单就不介绍了！-The classification of simple pattern recognition algorithm (K_ means algorithm) to use the procedure does not introduce a simple!

16kbpsCVSD与64kbpsPCM编码数字转换算法描述及实现-16kbpsCVSD and 64kbpsPCM code conversion and encoding algorithm description and implementation