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语音识别专辑四
- 语音识别专辑四- Speech recognition special edition four
WAVE文件格式剖析
- WAVE文件作为多媒体中使用的声波文件格式之一，它是以RIFF格式为标准的。RIFF是英文Resource Interchange File Format的缩写，每个WAVE文件的头四个字节便是“RIFF”。WAVE文件由文件头和数据体两大部分组成。其中文件头又分为RIFF／WAV文件标识段和声音数据格式说明段两部分。WAVE文件各部分内容及格式见附表。-WAVE as a multimedia documents used in the acoustic format, it is based
Natural gradient ML or nonlinear decorrelation alg
- 极小边际熵等价于叉四阶累积量的平方和最小。通过迭代使四阶累积矩阵对角化，实现交叉四阶累积量的平方和的极小化。他是语音识别的重要预处理算法-minimum entropy equivalent to the marginal four bands fork cumulative amount of square and smallest. Through iterative four bands so that the cumulative matrix diagonalization, four
voice464
- 基于dtw算法的语音识别 1 ENFRAME.M和MELBANKM.M取自voicebox工具箱 2 vad.m实现端点检测 3 mfcc.m计算mfcc参数 4 dtw.m实现DTW算法[训练] dtw2.m实现DTW高效算法 5 testdtw.m测试程序-based speech recognition algorithm and a ENFRAME.M MELBANKM.M from v oicebox Toolbox 2 vad.m ach
aligning
- 一个雷达距离像对齐的小程序，其中有距离像的归一化，对齐等四个步骤，我的源码，欢迎下载-radar distance as a small alignment procedures, as there is a gap between the uniform, the four alignment steps My source, welcomed downloaded
VoiceReconize
- 语音识别代码，机器人语音控制系统 CMDs=零,一,二,三,四,五,六,七,八,九,执行,各关节归零,大臂正转,大臂反转,小臂正转,小臂反转,手腕正转,手腕反转,手爪张开,手爪闭合,上升,下降,大臂运行,大臂负运行,小臂运行,小臂负运行,手腕运行,手腕负运行,手爪运行,手爪负运行,升降运行,升降负运行,大臂归零,小臂归零,手腕归零,手爪归零,升降归零,速度加,原点记忆,系统复位,示教盒,暂停,急停,回原点,速度减,区号加,区号减,单步再现,周期再现,连续再现,返回,继续,数据记忆,读取
quantizing
- 应用LBG算法对语音信号进行矢量量化。本压缩包共有两个主文件，training.m对训练数据进行处理并得到四个初始码本，quantizing.m对待量化数据进行矢量量化。其余为自编功能函数。-application of voice signal VQ. The compressed into two main documents, training.m right training data to be processed and four of the initial code, quant
语音识别与合成入门4（内有matlab源码）
- 语音识别与合成入门4，word或压缩包中内有matlab源码-speech recognition and synthesis four entry, word or compressed packages within Matlab FOSS
freetts-1.2beta2-tst
- FreeTTS(第四部分)-FreeTTS Part four
lpc
- 语音信号的线性预测编码，包括一个主程序，四个字程序-Linear predictive coding speech signals, including a main program or four programs
MIT_code
- 麻省理工穿戴计算源代码，含HMMall、LifeWear Annotation Tool、LifeWear Matlab Code、LifeWear_C四个文件夹，-MIT wearable computing source code, containing HMMall, LifeWear Annotation Tool, LifeWear Matlab Code, LifeWear_C four folders,
speechbymatlab
- 请认真阅读采用MATLAB分析WAV文件。 步骤一：选择一个WAV文件作为分析的对象 。（ding.wav） 步骤三：进行 FFT变换并画频域图形 。 步骤四：进行该声波主要频谱的分析。 步骤五：根据该声音的频谱，反演时域图形 。（有失真） 步骤六：进行付立叶逆变换IFFT并画频域图形 。-Please carefully read the WAV files using MATLAB analysis. Step One: Select a WAV file as the
simulation
- 对异常声音做时延的模拟，并得出四个模拟麦克风接收的音频信号。-On the unusual sound of analog delay to do, and come to the microphone to receive the four analog audio signals.
dianhuabohaoyuyinshibie
- 双音多频 DTMF（ Dual Tone Multi-Frequency ）信号，是用两个特定的单 音频率信号的组合来代表数字或功能。在 DTMF 电话机中有 16 个按键，其中 10 个数字键 0 — 9 ， 6 个功能键 * 、 # 、 A 、 B 、 C 、 D 。其中 12 个按键是我们比较熟悉的按键，另外由第 4 列确定的按键作为保留，作为功能 键留为今后他用。 根据 CCITT 建议，国际上采用 697Hz 、 770Hz 、 852Hz 、 94lHz 低频群及
mic1
- There are four major types of adaptive filtering configurations adaptive system identification, adaptive noise cancellation, adaptive linear prediction, and adaptive inverse system. All of the above systems are similar in the implementation of the al
ROBOT
- 零,一,二,三,四,五,六,七,八,九,执行,各关节归零,大臂正转,大臂反转,小臂正转,小臂反转,手腕正转,手腕反转,手爪张开,手爪闭合,上升,下降,大臂运行,大臂负运行,小臂运行,小臂负运行,手腕运行,手腕负运行,手爪运行,手爪负运行,升降运行,升降负运行,大臂归零,小臂归零,手腕归零,手爪归零,升降归零,速度加,原点记忆,系统复位,示教盒,暂停,急停,回原点,速度减,区号加,区号减,单步再现,周期再现,连续再现,返回,继续,数据记忆,读取数据,设置串口,打开串口,关闭串口-Zero, one
svm-based-tone-recognition
- 基于svm分类器的汉语声调识别，实现了对声调四声的识别，纯净语音识别率100 ，噪声环境下识别率90 -The svm classifier based Chinese tone recognition, the four tones of tone recognition, the pure voice recognition rate of 100 , 90 recognition rate in noisy environments
4-Hidden-Layer-baru
- voice recognition with neural networks backpropagation. this source can recognize number one two three four five six seven eight nine
Cpp1
- 双音多频，由高频群和低频群组成，高低频群各包含4个频率。一个高频信号和一个低频信号叠加组成一个组合信号，代表一个数字。DTMF信号有16个编码。利用DTMF信令可选择呼叫相应的对讲机。-Dual tone multi-frequency, high-frequency and low-frequency group composed of groups, high-frequency group contains four frequencies each. A high-frequency s
ICA
- 本程序音频共有四个，借助鸡尾酒会问题思想，用ica算法实现四个音频的分离(The audio program for a total of four, with the help of the cocktail party problem, realizing the separation of four audio using ICA algorithm)