搜索资源列表
isolated_speech_sources
- Sources for isolated speech recognition project. Compiled with Visual Studio 2008. Used Visual C++ for gui programming, the engine is written in pure C++ and can be used in many ways.
dspdesign
- 通过Matlab GUI创建用户界面,对语音信号进行频谱分析及滤波,高通、低通、带通等 -Created by Matlab GUI user interface, the speech signal spectrum analysis and filtering, high pass, low pass, band pass, etc.
biansheng
- 1)语音信号的采集 2)语音信号的频谱分析 3)设计高通、低通数字滤波器和画出其频率响应 4)用滤波器对信号进行滤波 5)比较滤波前后语音信号的波形及频谱 6)播放原始语音信号 7)实现快放、慢放功能 8)实现回音音效效果 9)实现变高音、低音效果 10)设计GUI系统界面 -1) voice signal acquisition 2) speech signal spectrum analysis 3) design high-pass, low pas
MATLAB-Speech-and-noise-GUI
- MATLAB编写语音加噪,加入高斯噪声,并且有对话框显示-MATLAB voice noise by adding Gaussian noise, and the dialog box is displayed
A_56
- 有GUI界面的语音识别,很强大很好用。但是是.p文件,不是.m文件,也就是不能看到源代码-speech recognition GUI
cesheng
- 直流电测深正演,就电法的一维直流电测深的正演及GUI可视化,可以实现简单的正演及误差的计算和曲线拟合-Electrical sounding speech, the power law DC sounding forward modeling and GUI visualization, you can achieve the simple forward error calculation and curve fitting
mygui
- 设计GUI界面,方便用户录制原始语音信号,加入噪声并选择滤波器滤除噪声。-Designed GUI interface, user-friendly recording of the original speech signal, adding noise and select a filter to filter out noise.
TTS_Demos
- 音响设备接口(SDI)是专为听觉显示,或AUI(音频用户界面),这已被证明是很好的补充GUI(图形用户界面)学术。目前,SDI实现两个Sound对象:语音和听觉符号为例。言语是在3D世界中的定位语音合成相结合的ViaVoice TTS和,A3D一起。在学术上,这种定位可以帮助用户挑选出所需要的信息,两个同时“显示”的声音。这是所谓的“鸡尾酒会效应”。此外,它可以提高存储器中,添加的位置系数对每一个声音。听觉符号为例,从字面上看,可以显示听觉符号为例容易。听觉符号为例是怎么样的音乐modif,图标
mayur_mailed
- This a GUI program developed in matlab. It can be used for recording the speech signals & storing them to the .wav files. This GUI further provides the interfaces to plot the recorded speech signal. Also, the recorded samples are used for training
tt
- 语音信号处理GUI 图像处理GUI 数字信号处理-Speech Signal Processing GUI GUI image processing digital signal processing
matlab code
- Bss audio and speech demo on matlab gui
SDI_(Sound-Device-Interface)
- SDI(Sound Device Interface) is designed for Auditory Display, or AUI(Audio User Interface), which has proved to be good complement to GUI(Graphic User Interface) academically. the SDI implements two Sound Object: Speech and Earcon. Speech is for posi
Pre-processing-and-training
- Preprocessing and trainning code for a speech recognition in real time in matlab. Look for extra.zip to have the GUI in matlab
yuyinshibie1
- 语音识别的基于dtw的动态时间归整GUI源码-Speech recognition based on dynamic time dtw normalized whole GUI source
matlab
- 1. 给一段原始的语音信号(可以是自己录制的一段语音),加上一频率为3.8kHz的高频余弦噪声和频率为3.6kHz的高频正弦噪声(幅度自己可以选择),用窗函数设计一滤波器(要求最小阻带衰减为50dB)对加噪后的语音信号进行滤波,画出滤波器的频率响应曲线,画出滤波前后的时域图和频谱图。 需要用到的函数: fir1 用窗函数设计FIR滤波器的函数 2. 用GUI设计一界面(如图1所示)完成如下功能: 1) 输入一语音信号,画出语音信号的时域图和频谱图; 2) 对语音信号加噪处理,
filering
- 数字信号处理综合实验,用matlab实现含噪语音信号的滤波,具有GUI界面,绘制滤波前后的频谱图-Digital signal processing integrated experiment, using matlab realize noisy speech signal filtering, with a GUI interface, rendering spectrum before and after filtering
yuyinchuli
- 语音信号的时域修正——变调或变速语音的播放实现,matlab代码,一完整的项目,外带GUI界面 -Time-domain speech signal correction- tone or voice playback speed achieve, matlab code, a complete project, packed GUI interface
timedomaincharactersticsanalysis
- 设计一个简单的GUI界面,对导入的音频文件进行时域特性分析。计算其时域波形、平均幅度、短时能量、短时过零率。对该音频文件进行加噪处理,分析其时域波形变化。设定一个固定时长,对该音频添加回声并保存为“*.wav”格式文件。 对音频文件的时域分析是对音频文件进行传输、降噪及其他再编辑的基础。其中短时能量可用作清浊音区分的标准和语音起始点的判断。短时过零率可用作判断有声段与无声段和从背景噪声中提取语音信号。 -Design a simple GUI interface that time
learntosay
- 基于MATLAB的使用hmm算法实现0到9是个数字,以及几个汉字的语音识别系统,并设计了gui界面。-The paper use HMM algorithm achieve a speech recognition system that can recognize 0 to 9, and several Chinese , and has the GUI interface based on MATLAB.
GUI2.0
- MATLAB下的语音识别程序,已经做成了gui界面-MATLAB under the speech recognition program, has made a gui interface