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audio format
- 音频文件格式，包括WAV、ADPCM、CDR，另外还有AU文件格式，后面的音频数据即可以是一般的数据，也支持按CCITT G.721 (32 kbit/s) 和 G.723 (24/40 kbit/s)格式压缩好的音频数据-audio file formats, including WAV, ADPCM, CDR, another AU document format, as the audio data that may be general information, and support
MyWave
- Read WAV file,get its data format and normalized data
fixpt.tar
- This module contains a high-performance HE-AAC decoder for 32-bit fixed-point processors. The following is a summary of what is and is not supported: Supported: - MPEG2, MPEG4 low complexity decoding (intensity stereo, M-S, TNS, PNS) -
wave.tar
- 提供对标准.wav文件的解析。处理了wave文件的头部和数据段，分别读取到一个缓冲区中，并且提取出波特率、采样位数等信息。-standard of wave file analyzing.do with wave file head and data segment, reading to each cache, and pick up baud,sampling rate, etc. info.
WAVETOPCM.rar
- WAV文件格式和从WAVE文件中提取PCM数据的程序,这个是上个语音播放程序的附加文件,供大家参考,WAV file format and from the WAVE file to extract PCM data procedures, this is the last voice player additional documents, for your reference
wavread
- 一个很好的利用fileread来读取wav文件数据的实例，适合初学者入门学习-A good use of fileread to read the wav file data instances, suitable for beginners to learn entry
WavIn_drawWave
- 打开波形文件(.wav)，并画出波形图像,并将波形数据保存到文件-Open the waveform file (. Wav), and draw waveform images, and save waveform data to a file
load_wav
- C++实现的读取wave文件的小程序，返回的是声音文件的头地址-this function loads a .wav file, sets up the directsound buffer and loads the data into memory, the function returns the id number of the sound
oss_wav_play
- linux OSS编程例子.打开wav文件,并取出其中PCM数据，通过OSS接口函数实现播放．可以调节音量． 小而精．供大家参考． -linux OSS programming examples. Open wav file, and removed one of PCM data, the adoption of OSS player interface function. It can adjust the volume. Small but excellent. For your re
speaker
- 数字的语音识别matlab程序 训练及识别数据太大,少量上传一点,大家可以用COOLEDIT等软件仿照自己制作.(*.wav文件采样率8000,单声道,采样精度16位,16bit Motorola PCM,*.lab文件存的是语音的起止点和语音内容). -Digit speech recognition matlab program too much training and recognition data, a small amount of upload that you can us
WaveHeader
- 一个把采集到的wave数据保存成wav文件的小程序，没多大价值，只是测试时用到-A wave of the collected data into a wav file of small procedures, not much value, is only used in testing
wav
- WAV音频波形显示分析，一个WAV文件以44字节文件头开始，数据类型是无符号型字节-WAV audio waveform display analysis, a WAV file to the beginning of 44-byte file header, data type is unsigned byte type
sound
- This example demonstrates how to use the various Symbian OS audio utility classes. These provide services for playing and recording sounds. The classes are: CMdaAudioToneUtility - Used to play simple sine tones of specified frequency and duratio
wavefiledispose
- 实现wave格式文件的数据提取，存放在二进制文件中，并可进行批处理-Wave to achieve the data extraction format, stored in a binary file, and for batch processing
MobileAudio
- record audio data from microfone and write to file on ppc
encodedecodeg723
- this is a codec to encode audio data, to compress it.header file to encode and decode.
vc6
- (1) 通过TCP协议与服务器通信 (2) 采用UDP组播与分机通信 (3) Window系统声卡数据的读写等操作 (4) 数据库技术,用来记录请求记录以及历史记录查询 (5) INI文件操作,用来记录系统基本信息 (6) 使用帮助文档让用户更加理解如何操作 (7) 其他相关技术如美化界面,收到请求后图标闪烁等 -(1) communicate with the server through the TCP protocol (2) using UDP multica
noisetracking
- 包含M文件，培训和跟踪落实的噪音中描述的算法： [1] J.S.厄克伦斯和R. Heusdens，“非平稳噪声跟踪基于数据驱动的递归噪声功率的估计”，IEEE期刊。音频，语音卷。 16，第6页。1112年至1123年，2008年8月。 见Descr iption.doc在zip文件。-Contains m-files to train and implement the noise tracking algorithm described in:
G.723.1_2010_02_10
- 这个包实现了ITU - T的G.723.1语音编码器和解码器在Matlab。该方案的目标是提供一个良好的记录和模块化设计方案，实验和研究，以方便使用为基础的实际编码器。 编码器实现了G.723.1的多脉冲模式（在6.3 kb / s的运行）。解码器可以解码的5.3 kb / s的，在6.3 kb的多脉冲/秒，连续传输，数据包丢失隐藏）编码器（所有的ACELP方式。 该编码器和解码器之间的标准接口是位文件（同位文件由ITU - T参考代码产生兼容）。第二
wav
- 能夠讀寫出wave檔的資料 並且在fwrite能配置不倒出不同的輸出資料-Can read and write the wave file data and can be configured in the fwrite output data is not poured out a different result