voice_prcossing

用MATLAB中用simulink 做的GPS滤波仿真(Using MATLAB simulink do with GPS filter simulation)

64QAM调制解调的MATLAB仿真程序(64QAM modulation and demodulation of the MATLAB simulation program)

Speech Noise estimate

基于Simulink的HLA联邦成员开发技术的研究(Simulink-based members of the HLA Federation Development Research)

zulu component for joomla

The study consisted of an introduction, three scans performed for each of the eleven scanners, and an adjacent interview. We utilized a within-subject design. The dependent variables were task completion time and reliability, by which we mean the share of successful scans within a task completion time below 15 seconds. The independent variables were the barcode scanners as listed in Table 1. For each participant the study was recorded on video. We also transcribed comments the participant made during the tasks.

本文对汉明分类器进行了介绍，并在matlab中实现了汉明分类器，最后对汉明分类器的结果进行分析(In this paper, Hamming classifier was introduced and implemented in matlab Hamming classifier, the last of the Hamming classifier of the results)

interfacing aurdino with matlab to control cam

产生调制信号后，提取调制信号的特征参数的matlab算法。(Generate a modulated signal, the extraction of characteristic parameters of the modulation signal matlab algorithm.)

VOICEBOX is a speech processing toolbox consists of MATLAB routines that are maintained by and mostly written by Mike Brookes, Department of Electrical & Electronic Engineering, Imperial College, Exhibition Road, London SW7 2BT, UK. Several of the routines require MATLAB V6.5 or above and require (normally slight) modification to work with earlier veresions. The routines are available as a zip archive and are made available under the terms of the GNU Public License. The routine VOICEBOX.M contains various installation-dependent parameters which may need to be altered before using the toolbox. In particular it contains a number of default directory paths indicating where temporary files should be created, where speech data normally resides, etc. You can override these defaults by editing voicebox.m directly or, more conveniently, by setting an environment variable VOICEBOX to the path of an initializing m-file. See the comments in voicebox.m for a fuller description.