搜索资源列表
xmms-fxt.tar
- 这是一个xmms的3D音效插件。算法简单，效率很高，如果使用音箱来听效果会更好！-xmms This is a 3D audio plugin. Algorithm is simple, highly efficient, if used to listen to speakers results will be better!
dsp1.1
- LMS算法，从宽带信号中提取单频信号的算法，方法简单易行-LMS algorithm, broadband signal from the single-frequency signal extraction algorithm is simple
AFinePitchModelforSpeech
- 微软研究出来的一个基频提取算法，简单有效-Microsoft Research out of a fundamental frequency extraction algorithm is simple and effective
BURG
- 本文件为语音识别lpc源码中的burg算法部分。该算法简单实用，适合于进行线性预测参数的计算-This document is for lpc-source speech recognition algorithm in the part of the burg. The algorithm is simple and practical, suitable for the calculation of the linear prediction parameters
yuyinshibie
- 这是一些关于语音识别的一些程序，该识别算法简单，计算量少，很适用-This is some information about some of the procedures for speech recognition, the recognition algorithm is simple, less calculated, it is applicable to
LSL
- 最小均方算法lms源程序，算法简单，实用，可准确无误的运行-Minimum mean-square source lms algorithm, the algorithm is simple, practical, accurate operation can be
colorDetection
- The provided Matlab functions demonstrate a simple method for training and testing a color detection system. In general, a color detection algorithm searches an image for pixels that have a specific color. In this demo the HSV color space has been us
project_matlab
- 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 li
Sample1
- 语音识别预处理函数，简单的算法，用于对语音预处理的了解。matlab代码-Speech recognition preprocessing function, a simple algorithm for preprocessing of speech understanding. matlab code
dtw
- 语音信号处理中，dtw算法的简单实现，适合用于语音初学者学习。-Speech signal processing, dtw simple implementation of the algorithm, suitable for beginners to learn speech.
xyl
- 语音处理匈牙利算法的实现，比较简单，望大家赐教-Speech processing algorithm implementation in Hungary, a relatively simple, hope you enlighten me
LMS
- 在一种变步长算法基础上, 从语音信号相关性的角度出发, 提出了一种新的去相关变步长LMS 算法( DCL—NLMS) 。该算 法结构简单, 收敛速度快, 稳态失调小, 计算量与NLMS 算法相当。仿真结果表明, 该算法在处理强相关性信号时, 不仅收敛速度明 显快于其余算法, 而且稳态失调特性也有很大优势-Based on the variable step NLMS arithmetic, this paper proposes a new uncorrelated variable s
MFCC_VQ
- 基于非特定人的语言识别算法，采用矢量量化的方法能够较简单的实现语音的识别。-Based on the non specific human speech recognition algorithm, using vector quantization method is a simple implementation of speech recognition.
DTW
- 语音识别的matlab仿真，有文档详细说明，MFCC特征提取，DTW算法识别。对10个简单语音命令进行识别-Speech recognition matlab simulation, documentation detailed descr iption, MFCC feature extraction, DTW algorithm to identify. On 10 simple voice command recognition
aquila-master
- mfcc特征提取， dtw匹配，老外写的，值得学习。- feature extraction, including MFCC and HFCC features, widely used in speech recognition * a simple DTW (dynamic time warping) pattern matching algorithm which also can be used for recognition
DTW-algorithm
- simple implementation of dynamic time warp alignment between soundfiles. In addition to using this for scoring the similarity between sounds, we can also use it to `warp a soundfile to match the timing of a reference, for instance to synchronize two
dsp_speech-recognition
- 这是在DSP上编写的语音识别程序，采用的是最为简单有效的方法DTW（Dynamic Time Warping，动态时间归整）算法-This is written on the DSP speech recognition program, using the most simple and effective way to DTW (Dynamic Time Warping, Dynamic Time whole) algorithm
car_recognization
- 基于MFCC和VQ算法的简单的汽车型号识别系统，直接打开main.m文件运行即可，其他m文件为调用函数。内含测试WAV音频文件。-The car models based on simple identification system MFCC and VQ algorithm can be run directly open main.m file, other m-file for the calling function. WAV audio files containing the te
Speech-Enhancement
- 这是一个简单易用的算法，主要实现语音的增强。而且已经做了大量的注释。-This is a simple-to-use algorithm, the main voice enhancement. And has done a lot of comments.
DTW
- 在孤立词语音识别中，最为简单有效的方法是采用DTW（Dynamic Time Warping，动态时间归整）算法，该算法基于动态规划（DP）的思想，解决了发音长短不一的模板匹配问题，是语音识别中出现较早、较为经典的一种算法，用于孤立词识别。HMM算法在训练阶段需要提供大量的语音数据，通过反复计算才能得到模型参数，而DTW算法的训练中几乎不需要额外的计算。所以在孤立词语音识别中，DTW算法仍然得到广泛的应用。-In isolated word speech recognition, the mos