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Description: Java语言中的本地方法接口(JNI)在使用中要装载一个动态链接库(DLL)，这个DLL即是在Matlab中创建的虚拟实验室模型转化为C语言所编译成的。使用JNI的方法文中会有详细介绍，其中使用Jbuilder中的JNI会比较简单。当然，在这个过程中会有Java语言与C语言的转换问题，常用的数据类型的转换会制成表格直观地表示出来。-Java language of the local method Interface (JNI) in use to load a dynamic link library (DL L), the DLL that is created in Matlab virtual laboratory model into C language compiler as large. JNI use of the text will be presented in detail, including the use of Jbuilder JNI will be relatively simple. Of course, in this process there will be Java and C language conversion, commonly used types of data conversion into visual form to be voiced.
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Size: 94587 |
Author: li |
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Description: 读取语音信号（用matlab的wavread指令），把语音信号分帧、加窗，进行清浊分割，提取基
频，这一部分较简单，自己编程序做。参考文献自己到图书馆期刊网上查找。
提取语音信号的lpc参数，可调用lpcfit.m 程序（我提供，见附件），将源、目标语音的浊音
段的lpc系数进行DTW规整，调用pathita2.m 程序（我提供，见附件）。将规整得到的lpc系数
转换成lsp参数，调用lpcar2ls.m 程序（我提供，见附件）， 再进行转换映射，调用matlab
的指令newrbe。-read the speech signal (using Matlab wavread Directive), Voice Signal frames, Windowed, Qingzhuo segmentation, extracting fundamental frequency, this part is relatively simple, they programmed to do. References their online journals to the library search. Voice Signal Extraction lpc parameters can be called lpcfit.m (I provide, see Annex), the source, Voiced objective voice of the lpc coefficient DTW structured, Call pathita2.m (I provide, see Annex). Structured to the lpc lsp conversion coefficient parameters, calling lpcar2ls.m (I offer see Annex), the shift mapping, called the directive newrbe Matlab.
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Size: 3928 |
Author: 韦敏 |
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Description: 基于相位法的相关差计,即用程序的形式把相位的差计表示出来-based on the phase difference of law, that is, the procedures in the form of phase margin voiced
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Size: 1869 |
Author: wjsorc |
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Description: 语音信号处理的最基本的Maylab处理程序，包括读入语音波形，清音浊音的检测，加窗，过零率，短时能量，基音最大值。最后有test给出演示。-speech signal processing Maylab the most basic procedures, including reading the speech waveform. voiceless voiced detection, adding windows, the zero-rate, short-term energy, the maximum pitch. Finally given a test demonstration.
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Size: 30876 |
Author: lijin |
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Description: 语音信号处理的最基本的Maylab处理程序，包括读入语音波形，清音浊音的检测，加窗，过零率，短时能量，基音最大值。最后有test给出演示-speech signal processing Maylab the most basic procedures, including reading the speech waveform. voiceless voiced detection, adding windows, the zero-rate, short-term energy, the maximum pitch. Finally given a test demonstration
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Size: 1879 |
Author: mxr |
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Description: 摘要：基于语音状态模型的语音增强算法是当前语音信号处理的研究热点。把通常的LPC语音模型修正后，将得到两个语音模型：时变AR 模型、时变双AR模型。但是利用这些模型增强语音时，都没有考虑到语音的清音、浊音区别。为此本文引入了语音清浊音状态空间模型，这种模型在描述语音方面比时变AR模型、时变双AR模型要强，而且物理含义明显 同时在用含噪语音信号预测纯净语音信号时，引入遗忘因子和粒子滤波算法以降低计算复杂性，减小运算量。实验证明，增强后的语音信号信噪比有一定提高．且优于传统的LPC模型.
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Author: 阳关 |
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Description: Visual Basic is arguably the most popular computer programming language for application development in the United States and around the world today. Visual Basic is also an excellent language to teach as a "first" computer language because of its easy-to-learn syntax and flexibility. This book treats Visual Basic as a serious programming language and not as just another Windows application. One concern that is frequently voiced when discussing the differences between Visual Basic and C++ is the level of object-oriented programming supported by Visual Basic. With the release of VB. NET, the language will support all the major features of object-oriented programming–encapsulation, inheritance, and polymorphism.
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Author: richardhjc |
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Description: Java语言中的本地方法接口(JNI)在使用中要装载一个动态链接库(DLL)，这个DLL即是在Matlab中创建的虚拟实验室模型转化为C语言所编译成的。使用JNI的方法文中会有详细介绍，其中使用Jbuilder中的JNI会比较简单。当然，在这个过程中会有Java语言与C语言的转换问题，常用的数据类型的转换会制成表格直观地表示出来。-Java language of the local method Interface (JNI) in use to load a dynamic link library (DL L), the DLL that is created in Matlab virtual laboratory model into C language compiler as large. JNI use of the text will be presented in detail, including the use of Jbuilder JNI will be relatively simple. Of course, in this process there will be Java and C language conversion, commonly used types of data conversion into visual form to be voiced.
Platform: |
Size: 94208 |
Author: li |
Hits:
Description: 读取语音信号（用matlab的wavread指令），把语音信号分帧、加窗，进行清浊分割，提取基
频，这一部分较简单，自己编程序做。参考文献自己到图书馆期刊网上查找。
提取语音信号的lpc参数，可调用lpcfit.m 程序（我提供，见附件），将源、目标语音的浊音
段的lpc系数进行DTW规整，调用pathita2.m 程序（我提供，见附件）。将规整得到的lpc系数
转换成lsp参数，调用lpcar2ls.m 程序（我提供，见附件）， 再进行转换映射，调用matlab
的指令newrbe。-read the speech signal (using Matlab wavread Directive), Voice Signal frames, Windowed, Qingzhuo segmentation, extracting fundamental frequency, this part is relatively simple, they programmed to do. References their online journals to the library search. Voice Signal Extraction lpc parameters can be called lpcfit.m (I provide, see Annex), the source, Voiced objective voice of the lpc coefficient DTW structured, Call pathita2.m (I provide, see Annex). Structured to the lpc lsp conversion coefficient parameters, calling lpcar2ls.m (I offer see Annex), the shift mapping, called the directive newrbe Matlab.
Platform: |
Size: 4096 |
Author: 韦敏 |
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Description: 基于相位法的相关差计,即用程序的形式把相位的差计表示出来-based on the phase difference of law, that is, the procedures in the form of phase margin voiced
Platform: |
Size: 2048 |
Author: wjsorc |
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Description: 语音信号处理的最基本的Maylab处理程序，包括读入语音波形，清音浊音的检测，加窗，过零率，短时能量，基音最大值。最后有test给出演示。-speech signal processing Maylab the most basic procedures, including reading the speech waveform. voiceless voiced detection, adding windows, the zero-rate, short-term energy, the maximum pitch. Finally given a test demonstration.
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Size: 30720 |
Author: lijin |
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Description: 用Matlab以及c语言求语音序列的倒谱
这某段语音信号求FFT、取模、取log、IFFT得到倒谱，并画图。选取一段进行分析，分别对浊音和清音各自求倒谱。-Using Matlab, as well as for c language serial Cepstral voice that voice signal for a certain period of FFT, check mode, check log, IFFT been cepstrum, and drawing. Select a section of the analysis, respectively, and the voiceless to voiced their demand cepstrum.
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Size: 4096 |
Author: 海德 |
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Description: 用matlab实现对语音信号的短时分析，包括清音和浊音的判决，基音周期的估计。-Using matlab to realize short-time speech signal analysis, including the voiceless and voiced the decision, pitch period estimation.
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Size: 590848 |
Author: 周 |
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Description: Testability is the concern most often voiced by Texas Instruments (TIä )
application specific integrated circuit (ASIC) users. This document is intended
to consolidate TI policies into a coherent approach to designing for testability.
It is not intended as a specification, but as a guide you can use for developing
test strategies when designs are being initiated
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Size: 806912 |
Author: 刘刚 |
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Description: 语音信号处理的最基本的Maylab处理程序，包括读入语音波形，清音浊音的检测，加窗，过零率，短时能量，基音最大值。最后有test给出演示-Speech Signal Processing Maylab the most basic treatment procedures, including read into the voice waveform, voiceless voiced detection, add windows, zero-crossing rate, short-term energy, Maximum pitch. Finally there is give demo test
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Size: 444416 |
Author: 张路 |
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Description: with this mscripts we are enable to perform accurately pitch detection.first with short term zerocrossing and
short term energy estimation analyses we find voiced regions and then with hps algorithm, find pitch values of utterance.
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Author: meysa |
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Description: 基于短时傅里叶变换实现对语音频谱的分析
（分别对清音和浊音进行分析）。-Based on short-time Fourier Transform of the voice spectrum analysis (respectively, pairs of voiceless and voiced for analysis).
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Size: 132096 |
Author: pop |
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Description: dereverberator code for matlab using voiced-unvoiced classification of speech signals
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Size: 6144 |
Author: clase |
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Description: 自相关虽然能够判断清/浊音，并估计浊音的基音周期，但是其运算量很大，用乘法运算所需时间较长。为了避免乘法，采用短时平均幅度差函数（AMDF），验证AMDF与自相关有类似的作用，即平均幅度差函数能够代替自相关函数进行语音分析。-Although autocorrelation can differ from the Voiced/Unvoiced and voiced the pitch period estimate, but the operation is large enough, with the multiplication time was needed. In order to avoid the multiplication using the short time average magnitude difference function (AMDF), verify the AMDF and autocorrelation have a similar effect, that the average magnitude difference function can replace the voice of the autocorrelation function.
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Size: 20480 |
Author: 吴艳花 |
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Description: 本设计采用了一种基于三参数组合的方法对语音信号进行了清/浊音判决。在传统两参数（短时能量和过零率）算法基础上增加了自相关函数作为判决参数，减少了清/浊音信号误判率。-This design uses a combination of methods based on three parameters of the voice signals of the Qing/voiced sentence. In the traditional two parameters (short-term energy and zero crossing rate) algorithm based on the increase since the correlation function as a decision parameter, reducing the clearance/voiced signal false positives.
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Author: 吴威麒 |
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