搜索资源列表
C_melp
- 低位元率語音編碼器,混合激發線性預估MELP編碼器2.4 kbps-Low-rate speech coding, mixed excitation linear encoder MELP estimated 2.4 kbps
pitch_dective
- 用MATLAB编写的，用于MELP语音编码算法中基音周期检测的程序，实现了基音周期的检测，包括整数基音，分数基音，以及最终基音的检测。可以直接运行。-Pitch detective in speech coder of MELP,by MATLAB.
MELP_Fxd_Flt
- MELP 2400 bps Source Code
melp_chn
- MELP 2400 bps Change
melp_sub
- MELP 2400 bps Subband
mat_lib
- MELP 2400 bps Math Library
LPC_MBE
- 本文提出了一种利用MBE 模型改进的低速率LPC 语音编码算法文中介绍了该算法 的参数提取量化编码及语音合成的具体方案并用C 语言构造了一个基于该算法的速率 为1.6kb/s 的语音编码/解码系统主观测听表明该系统性能与2.4kb/s 的MELP 算法接近 或相当-In this paper, a LPC algorithm in low bit rate speech coding improved by MBE model is presented. The detailed
C50_melp
- melp codec for tms320c50
MELP_VC
- VC环境下的可视化MELP语音编解码程序，具有录制，播放，波形可视化等功能-MELP Voice codec codes on VC Platform. Able to record, play, and see waveforms
MELP4
- This standard describes the interoperability requirements relating to the conversion of analog voice to 2,400 bits/s digitized voice by a method known as Mixed Excitation Linear Prediction (MELP) and reconversion back to analog voice. An algorith
melpfix
- 可以在VC2008运行的MELP语音编解码的VC定点仿真程序-VC2008 can run MELP speech codec VC fixed-point simulation process
1.8kbpsMELP
- 1800bps MELP语音编解码C++源程序-1.8 kbps MELP coder
2
- MELP新的2400bits美国联邦声码器标准-New 2400bits MELP vocoder standard Federal
DSPMELP
- 一种短波通信中基于DSP的低速率语音编码技术（melp)-A kind of DSP-based HF communication, low rate speech coding technology (melp)
2400MELP
- 2400 bps MELP语音编解码器浮点算法,主要列出了语音编码算法的c语言实现程序。-2400 bps MELP speech codec floating-point arithmetic, the main list of speech coding algorithm c language program.
Encoder
- Melp Encoder in C language for DSP 64-Melp Encoder in C language for DSP 64xx
wdsk_app_fast
- DSP Real time Bios transfer implementation of melp
MELP_CARE_preFileremover
- MELP implementation for DM6446
MELP_m
- melp algorithm 2.4kbs code in matlab
MELP_m
- melp 2400bps coder-decoder the new federal standard to use in transform speech in digital signals-melp 2400bps coder-decoder the new federal standard to use in transform speech in digital signals