Description: 利用平均幅度差函数AMDF和Viterbi算法的后处理算法提取语音基音周期一个程序，效果还不错-The use of average magnitude difference function AMDF and the Viterbi algorithm for post-processing algorithm for extracting a program of voice pitch, the effect was not bad Platform: |
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Author:云鹏 |
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Description: TD-SCDMA系统联合检测中的信道估计、信道估计后处理、信道估计串行干扰消除后处理算法的源代码。其中，信道估计采用频域快速FFT法以减少运算量；后处理采用激活窗检测法，只保留激活用户的多径信息，其余置0，以达到降低干扰及噪声的目的；串行干扰消除可以消除多小区信道估计的干扰，以得到本小区的纯净信道估计结果。-TD-SCDMA system, joint detection of channel estimation, channel estimation and post-processing, channel estimation and post-processing the serial interference cancellation algorithm source code. Among them, frequency-domain channel estimation using fast FFT method to reduce computational complexity post-processing detection method used to activate windows, leaving only the active user' s multi-path information, the remaining set 0, in order to achieve the purpose of reducing interference and noise serial interference cancellation can be Multi-cell channel estimation to eliminate the interference in order to get the purity of the cell channel estimation result. Platform: |
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Author:梦 |
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Description: 指纹图像预处理与特征提取是指纹识别的前提，本文提供指纹图像预处理算法, 并给出了指纹特征提取及其后处理算法及其参考文献。-Fingerprint image preprocessing and feature extraction is a prerequisite for fingerprint recognition, fingerprint image pre-processing algorithm in this article, and gives the fingerprint feature extraction and post-processing algorithm and its references. Platform: |
Size: 930816 |
Author:Amanda Jing |
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Description: 时频分析工具包，可用于非平稳信号处理，for matlab-This is the Time-Frequency Toolbox, a collection of about 100 M-files , developed for the analysis of non-stationary signals using time-frequency distributions. It consists in
groups of signal generation files, processing files and
post-processing files (including visualization tools).
The toolbox contains numerous algorithms for time-frequency signal analysis, with special emphasis on
quadratic energy distributions within Cohen s class and the affine class, including most recent developments
based on reassignment.
The Time-Frequency Toolbox has been developed by Francois Auger, Olivier Lemoine, Paulo Gonlv and Patrick Flandrin during the years 1995-1996. Later, modifications for Matlab 5 were made available. Platform: |
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Author:anxue zhang |
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Description: 利用matlab进行数字图像处理，滤除图像中的外来干扰，效果不错，但最好进行后期处理。-Digital image processing using matlab, external interference in the filtered image, the effect is good, but the best post-processing. Platform: |
Size: 250880 |
Author:荆成财 |
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Description: ADVANCED FUZZY CONTROL OF THE TEMPERATURE IN THE TEST-The paper deals with a systematic approach to the control system design with a final goal to efficiently control
some living conditions in a test chamber. The first step of each systematic approach is mathematical modelling. It was
based on theoretical approach, which means that the model was developed on the basis of physical laws, energy
equilibrium laws etc. The mathematical model was implemented in MATLAB Simulink environment as a simulator
entitled KAMRA. The structure is modular, the robust numerical algorithms give accurate results and fast simulation
runs. As simulator is implemented in MATLAB environment, it is very easy to implement arbitrary pre simulation and
post simulation processing. The validation was made by real measurements as test chamber is equipped with all needed
sensors. The developed simulator gives an ideal environment for the design and validation of different control structures.
Four fuzzy logic controllers were proposed for efficient control of indo Platform: |
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Author:haha |
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Description: 该程序提供干涉雷达数据的基本读写功能，以实现其后期处理-The program provides basic interfere with radar data read and write capabilities, in order to achieve its post-processing Platform: |
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Author:zjn |
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Description: 一个有限元软件的介绍性文件，该有限元软件在matlab上实现，后处理功能强大-A finite element software introductory document, the finite element software in matlab to achieve, a powerful post-processing Platform: |
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Author:Seven |
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Description: Example 2D and 3D hypoelastic FEM code.
To run the program you first need to set up an input file, as described in
the lecture notes. Then change the fopen command below to point to the file.
Also change the fopen command in the post-processing step (near the bottom of the
program) to point to a suitable output file. Then execute the file in
the usual fashion (e.g. hit the green arrow at the top of the MATLAB
editor window)- Example 2D and 3D hypoelastic FEM code.
To run the program you first need to set up an input file, as described in
the lecture notes. Then change the fopen command below to point to the file.
Also change the fopen command in the post-processing step (near the bottom of the
program) to point to a suitable output file. Then execute the file in
the usual fashion (e.g. hit the green arrow at the top of the MATLAB
editor window) Platform: |
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Author:Yiqun Yan |
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Description: For basic reading and review of HHT algorithm, readers are referred to the references [1-4, 6].
For HHT algorithm analysis programs, two resources may be found useful: (1) the Matlab programs which perform most of the HHT algorithm functions available from [7], authored by Zhaohua Wu (2) the R package ‘EMD’ authored by Donghoh Kim and Hee-Seok Oh (published on 29/10/2012). We decide not to use ‘EMD’ package directly for our analysis, because (1) no significance test functionality available (2) no post processing functionality available (3) different stoppage rule in implementation of the EMD process (4) user manual is not very helpful.
-For basic reading and review of HHT algorithm, readers are referred to the references [1-4, 6].
For HHT algorithm analysis programs, two resources may be found useful: (1) the Matlab programs which perform most of the HHT algorithm functions available from [7], authored by Zhaohua Wu (2) the R package ‘EMD’ authored by Donghoh Kim and Hee-Seok Oh (published on 29/10/2012). We decide not to use ‘EMD’ package directly for our analysis, because (1) no significance test functionality available (2) no post processing functionality available (3) different stoppage rule in implementation of the EMD process (4) user manual is not very helpful.
Platform: |
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Author:golalipour |
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Description: For basic reading and review of HHT algorithm for flickher signal, readers are referred to the references [1-4, 6].
For HHT algorithm analysis programs, two resources may be found useful: (1) the Matlab programs which perform most of the HHT algorithm functions available from [7], authored by Zhaohua Wu (2) the R package ‘EMD’ authored by Donghoh Kim and Hee-Seok Oh (published on 29/10/2012). We decide not to use ‘EMD’ package directly for our analysis, because (1) no significance test functionality available (2) no post processing functionality available (3) different stoppage rule in implementation of the EMD process (4) user manual is not very helpful.
-For basic reading and review of HHT algorithm for flickher signal, readers are referred to the references [1-4, 6].
For HHT algorithm analysis programs, two resources may be found useful: (1) the Matlab programs which perform most of the HHT algorithm functions available from [7], authored by Zhaohua Wu (2) the R package ‘EMD’ authored by Donghoh Kim and Hee-Seok Oh (published on 29/10/2012). We decide not to use ‘EMD’ package directly for our analysis, because (1) no significance test functionality available (2) no post processing functionality available (3) different stoppage rule in implementation of the EMD process (4) user manual is not very helpful.
Platform: |
Size: 1024 |
Author:golalipour |
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Description: For basic reading and review of HHT algorithm for interruption signal, readers are referred to the references [1-4, 6].
For HHT algorithm analysis programs, two resources may be found useful: (1) the Matlab programs which perform most of the HHT algorithm functions available from [7], authored by Zhaohua Wu (2) the R package ‘EMD’ authored by Donghoh Kim and Hee-Seok Oh (published on 29/10/2012). We decide not to use ‘EMD’ package directly for our analysis, because (1) no significance test functionality available (2) no post processing functionality available (3) different stoppage rule in implementation of the EMD process (4) user manual is not very helpful.
-For basic reading and review of HHT algorithm for interruption signal, readers are referred to the references [1-4, 6].
For HHT algorithm analysis programs, two resources may be found useful: (1) the Matlab programs which perform most of the HHT algorithm functions available from [7], authored by Zhaohua Wu (2) the R package ‘EMD’ authored by Donghoh Kim and Hee-Seok Oh (published on 29/10/2012). We decide not to use ‘EMD’ package directly for our analysis, because (1) no significance test functionality available (2) no post processing functionality available (3) different stoppage rule in implementation of the EMD process (4) user manual is not very helpful.
Platform: |
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Author:golalipour |
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Description: For basic reading and review of HHT algorithm for sag signals, readers are referred to the references [1-4, 6].
For HHT algorithm analysis programs, two resources may be found useful: (1) the Matlab programs which perform most of the HHT algorithm functions available from [7], authored by Zhaohua Wu (2) the R package ‘EMD’ authored by Donghoh Kim and Hee-Seok Oh (published on 29/10/2012). We decide not to use ‘EMD’ package directly for our analysis, because (1) no significance test functionality available (2) no post processing functionality available (3) different stoppage rule in implementation of the EMD process (4) user manual is not very helpful.
-For basic reading and review of HHT algorithm for sag signals, readers are referred to the references [1-4, 6].
For HHT algorithm analysis programs, two resources may be found useful: (1) the Matlab programs which perform most of the HHT algorithm functions available from [7], authored by Zhaohua Wu (2) the R package ‘EMD’ authored by Donghoh Kim and Hee-Seok Oh (published on 29/10/2012). We decide not to use ‘EMD’ package directly for our analysis, because (1) no significance test functionality available (2) no post processing functionality available (3) different stoppage rule in implementation of the EMD process (4) user manual is not very helpful.
Platform: |
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Author:golalipour |
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Description: Wifi received signal strength data (RSS,x-y cordinates) which can be used in a MATLAB post processing positioning algorithm Platform: |
Size: 20480 |
Author:Josh |
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Description: 读取matlab中的实验结果到excel中，便于排版以及后期的处理-Matlab read the results to excel in ease of layout and post processing Platform: |
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Author:吴浩 |
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Description: PIVlab - 时间分辨粒子图像测速（PIV）工具：
一种基于GUI的工具，用于预处理，分析，验证，后处理，可视化和模拟PIV数据。
使用MATLAB网络研讨会进行人脸识别代码：
使用MATLAB在线讲座的人脸识别中的主要演示文件。
Gabor特征提取：
该程序生成一个自定义Gabor滤波器组; 并使用它们提取图像特征。
主成分分析：
用于特征提取；
链码：
基于MATLAB的freeman的曲面轮廓描述(PIVlab - time resolved particle image velocimetry (PIV) tool:
A GUI based tool for preprocessing, analysis, validation, post processing, visualization, and Simulation of PIV data.
Using MATLAB webinar for face recognition code:
The main demo file is used in MATLAB online lectures for face recognition.
Gabor feature extraction:
The program generates a custom Gabor filter bank and uses them to extract image features.
Principal component analysis:
For feature extraction;
Chain code:
Surface contour description of Freeman based on MATLAB) Platform: |
Size: 8155136 |
Author:long1219
|
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Description: 时间频率工具箱（TFTB）是大约100个脚本的集合，由GNU Octave和Matlab（R）开发。用于处理非平稳信号的时频分布。研究人员和工程师使用时需要具备一些基本的有关信号处理的知识。(The Time-Frequency Toolbox (TFTB) is a collection of about 100 scripts
for GNU Octave and Matlab (R) developed for the analysis of
non-stationary signals using time-frequency distributions. It is
primary intended for researchers and engineers with some basic
knowledge in signal processing.
The toolbox contains numerous algorithms performing time-frequency
analysis with a special emphasis on quadratic energy distributions of
the Cohen and affine classes, and their version enhanced by the
reassignment method. The toolbox also includes signal generation
procedures and processing/post-processing routines (with display
utilities).) Platform: |
Size: 2073600 |
Author:yujianmingkk |
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Search - post processing in MATLAB