搜索资源列表
UCVSSD_progrrs
- 运用matlab实现语音的CVSDD编码 并输出语音文件 可听编码效果 -Use of matlab achieve voice CVSDD code and output voice file audible coding effects
voicebox
- 语音处理工具箱，包含一些常用的语音处理函数，可用于语音的编码，加强，合成，识别等-matlab voicebox
Linear-Predictive-coding
- 语音信号的线性技术仿真,用matlab的simulink对实际语音信号进行预测编码实验-Linear Predictive coding
H
- 全速率语音突发的的发送端总程序，其中包括预编码，卷积编码，交织，调制等步骤的matlab程序，内付详细说明文档-Matlab program, which pay full rate speech sudden sender program, including pre-coding, convolutional coding, interleaving, modulation step detailed documentation
pcm
- 语音信号的pcm编码，译码的matlab实现-Speech signal pcm coding and decoding matlab achieve
adpcm_encoder
- 语音压缩 自适应差分脉冲调制编码 即ADPCM 用matlab开发 -Adaptive differential pulse-modulated voice compression coding using matlab development that ADPCM
mfccmode
- MFCC MATLAB 实现，主要是在分布式语音信号参数提取方面的代码，提取出的参数直接量化编码-MFCC MATLAB implementation, the main voice signal in the distributed parameter extraction of the code, the extracted coding parameters to directly quantify
DPSK_PCM_TDM
- 利用matlab simulink产生两路模拟语音信号，经过pcm编码、时分复用、DPSK调制经过同一个信道单向传输到对应的接收端。常用的三个模块 simulink、通信模块、信号处理模块。包括课程设计报告。-Using matlab simulink produce two analog voice signals through the pcm encoding, time division multiplexing, DPSK modulation over the same one-wa
PCM-A13
- 讲述PCM及13折线A率编码与解码的概念，随机给出一个语音信号，并用A率13折线的方法matlab编程对其编码与译码 -About the concept of PCM and 13 line-rate encoding and decoding A randomly given a voice signal and a line with a rate of 13 A method of encoding and decoding matlab programming for its
yuyinbianma
- 语音压缩编码时的线形预测编码源程序（matlab运行)-Voice linear predictive coding source (matlab running) when coding
main2
- 使用Matlab,采用LPC线性预测编码对wav语音文件进行压缩编码-Using Matlab, using linear predictive coding LPC voice wav file compression
source-builder_bzjewo
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过temp编码、时分复用、temp1调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。 -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through temp, time division multiplexing, temp1 modulati
source-builder_d6zw2t
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过SMNFtd编码、时分复用、kBZpdqL调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。. -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through SMNFtd , time division multiplexing, kBZp
source-builder_ed5crc
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过AIDzbl编码、时分复用、dffEgSW调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。. -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through AIDzbl , time division multiplexing, dffE
source-builder_epr7tr
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过DJcnSj编码、时分复用、PmSKhRF调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。. -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through DJcnSj , time division multiplexing, PmSK
source-builder_fkzu4v
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过lSBjGw编码、时分复用、Rxgfnpz调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。. -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through lSBjGw , time division multiplexing, Rxgf
source-builder_h9d8qa
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过xXQFtw编码、时分复用、uhEGRmQ调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。. -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through xXQFtw , time division multiplexing, uhEG
source-builder_humzft
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过QCQtqQ编码、时分复用、GhhWZSI调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。. -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through QCQtqQ , time division multiplexing, GhhW
source-builder_j3t38n
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过RUYdEJ编码、时分复用、OTpRFQB调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。. -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through RUYdEJ , time division multiplexing, OTpR
source-builder_jhzb30
- 通信原理的作业，利用matlab产生两路模拟语音信号，经过EtEHTv编码、时分复用、EWdRYEd调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。. -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through EtEHTv , time division multiplexing, EWdR