voice recognition, dancing with Java, written category, a simple test project

g729b_pc.rar是G729语音压缩标准的附件B的C语言实现标准源代码。-g729b_pc.rar is decode voice compression standards Annex B C Language Standard code.

赤木正人教授在论文“Development of an F0 control model based on F0 dynamic characteristics for singing-voice synthesis”中提出的f0 vibrato模型的matlab实现-Professor Masato Akagi paper "Development of an F0 control model based on F0 dynamic characteristics for singing-voice synthesis" presented f0 vibrato model matlab implementation

这是音频编解码源代码G11,G721,G731.-This is the audio codec source code G11, audio, G731.

Tixys source code, include G.711, G.726, IMA-ADPCM etc.

最后打包版本小错误，来源新的实验包，音箱命名的任务，正在进行的会议系统，javaCV（OpenCV在JAVA）的测试，电话diarization（ANR项目MEDIA）。LIUM_SpkDiarization-4.2.jar，包含一个完整的jar文件，准备使用的编译版本，包括所有的类（LIUM_SpkDiarization和外部类）和GMM资源（Java的1.6）另外，下载LIUM_SpkDiarization-4.2.src.tgz gzip压缩的tar

模式识别中的联机字符识别，包括联机手写数字识别和联机数字、英文字符及汉字识别算法实现源代码-pattern recognition of Character Recognition on-line, including on-line handwriting recognition and on-line digital figures English characters and character recognition algorithm source code

收集的ADPCM有关的资料，有源码，有原理说明，

通过ACTIVEX控件与MATLAB进行双向通信实现实时语音端点检测-through ACTIVEX control and MATLAB for two-way real-time voice communication endpoint detection

Levison-Durbin 语音信号处理中的线性预测编码LPC 理论、格型滤波器以及求解现行预 测方程的算法，可以实现对语音信号重要元素的分析、合成甚至识别。 基于现有的实验平台，我们可以利用 Matlab 函数来获得几个固定语音元素（如元音） 的模型系数，LPC 得到的系数组成 IIR 滤波器。利用冲击脉冲 序列作为输入，我们就可以得到原来的语音。这是一种简单的语音合成功能。-Levison-Durbin speech signal processing in linear predictive coding LPC theory, lattice filters, as well as the current prediction equation solving algorithm, can achieve an important element of the speech signal analysis, synthesis or recognition. Based on the existing experimental platform, we can use Matlab function to obtain the number of fixed-voice elements (such as vowels) model coefficients, LPC coefficients are the composition of IIR filters. Shock pulse sequence used as input, we can get the original voice. This is a simple voice synthesis.

Wigner Ville distribution