speech recognition and synthesis 2 entry, word or compressed packages within Mat...

语音降噪的M程序，原信号加噪声，进行滤波得出原始信号-M procedures, the original signal plus noise, obtained the original signal filtering

Speech Quantization_Compare SNRs of speech cs5 with mu-law companding and uniform quantization -Speech Quantization_Compare remnants of spee ch cs5 with mu-law companding and uniform quant ization

intel的ipp性能库的示例代码，在多核平台下可以充分利用多核的性能实现语音编码-intel performance library of ipp sample code, in multi-core platform can take full advantage of multi-core performance to achieve speech coding

为了实现高速语音特征参数的提取，在分析了美尔频率倒谱特征参数提取算法的基础上，提出了算法的硬件 设计方案，介绍了各模块的设计原理。该方案增加了语音激活检测功能，可对语音信号中的噪音帧进行检测，提高了特征参 数的可靠性。-In order to achieve high-speed voice characteristic parameter extraction, in the analysis of Mel frequency cepstral feature extraction algorithm is proposed based on the algorithm the hardware Design, describes the design principles of each module. The program increased the Voice Activity Detection feature, which allows voice signals to detect the noise frame to improve the characteristic parameters The number of reliability.

MATLAB仿真LMS算法完整源代码，仿真结果分析，及仿真图示-MATLAB simulation of LMS algorithm complete source code, simulation results analysis, and simulation icon

具有浮点指令的g.729语音压缩编码，符合ITU-T G.729 Annex C 规范，通过修改makefile可以支持windows/linux/solaris等操作系统，仅需要很少的更改就可以应用到voip领域-With floating-point instructions G.729 voice compression coding, in line with the ITU-T G.729 Annex C specification by modifying the makefile to support windows/linux/solaris and other operating systems, only a small change on the field can be applied to voip

一个非常广泛的语音识别模型；具体应用在代码里面；自己看-A very wide range of speech recognition model specific code inside the application own look

在这几十年里，数字信号处理技术取得了飞速发展，特别是字适应信号处理技术以其计算简单、收敛速度快等许多优点而广泛被使用。它通过起内部参数的最优化来自动改变其特性。自适应滤波算法在统计信号处理的许多应用中都是非常重要的。在这几十年里，数字信号处理技术取得了飞速发展，特别是字适应信号处理技术以其计算简单、收敛速度快等许多优点而广泛被使用。它通过起内部参数的最优化来自动改变其特性。自适应滤波算法在统计信号处理的许多应用中都是非常重要的。

matlab中的wave文件添加功能，欢迎使用-Matlab the paper added wave function, welcomed the use of

语音识别在遥控系统中的应用设计介绍一种适合家电遥控器应用的语音识别算法，该算法使用双模块和两级端点检测方法，能有效地提高识别和稳健性；介绍利用该技术实现的一种新型学习型遥控器，展现了语音识别技术在家电领域的广阔前景-voice recognition in the remote control system of Design for a remote appliance application of speech recognition algorithm, The algorithm uses two double module and endpoint detection methods that can effectively improve recognition and stability; introduced use of the technology, a new learning remote control, displaying the voice recognition technology in the field of home appliances broad prospects