CSCODE
所属分类:图形图像处理
开发工具:matlab
文件大小:6238KB
下载次数:17
上传日期:2013-09-14 17:51:27
上 传 者:
arnold-wang
说明: 图形图像处理压缩传感算法,代码十分详细,里面含有网络优化算法
(Graphics, image processing Compressed sensing algorithm, code is very detailed, which contains network optimization algorithms)
文件列表:
CSCODE\CS\BSBL_BO.m (15593, 2012-07-24)
CSCODE\CS\BSBL_EM.m (14307, 2012-05-30)
CSCODE\CS\Compressed Sensing of EEG\BSBL_BO.m (15593, 2012-07-24)
CSCODE\CS\Compressed Sensing of EEG\EEGdata_ch1.mat (114724, 2012-06-13)
CSCODE\CS\Compressed Sensing of EEG\experiment_demo.m (2640, 2012-09-25)
CSCODE\CS\Compressed Sensing of EEG\Phi.mat (7259, 2012-03-09)
CSCODE\CS\Compressed Sensing of EEG\recovery_result_by_BSBL.mat (932267, 2012-07-13)
CSCODE\CS\Compressed Sensing of EEG\ssim_1d.m (3850, 2012-03-15)
CSCODE\CS\Compressed Sensing of FECG\BPFilter.m (1469, 2008-03-07)
CSCODE\CS\Compressed Sensing of FECG\BSBL_BO.m (15593, 2012-09-24)
CSCODE\CS\Compressed Sensing of FECG\Demo_Fetal_ECG_Telemonitoring.m (4473, 2012-09-25)
CSCODE\CS\Compressed Sensing of FECG\FastICA.m (18304, 2012-06-25)
CSCODE\CS\Compressed Sensing of FECG\ICAshow.m (2373, 2012-06-25)
CSCODE\CS\Compressed Sensing of FECG\Phi.mat (8510, 2012-06-25)
CSCODE\CS\Compressed Sensing of FECG\signal_01.mat (5499206, 2012-01-26)
CSCODE\CS\Compressed Sensing of FECG\standarize.m (697, 2012-06-21)
CSCODE\CS\Compressed Sensing of FECG\whiten.m (1407, 2012-06-21)
CSCODE\CS\DEMO_knownPartition_noise.m (4651, 2012-05-30)
CSCODE\CS\DEMO_knwonPartition_noiseless.m (4215, 2012-05-30)
CSCODE\CS\DEMO_nonSparse.m (3760, 2012-09-25)
CSCODE\CS\DEMO_unknownBlockPartition.m (5927, 2012-05-30)
CSCODE\CS\EBSBL_BO.m (9682, 2012-05-30)
CSCODE\CS\ECGsegment.mat (1170, 2012-05-28)
CSCODE\CS\Phi.mat (3597, 2012-02-15)
CSCODE\CS\Compressed Sensing of EEG (0, 2012-07-31)
CSCODE\CS\Compressed Sensing of FECG (0, 2012-09-25)
CSCODE\CS (0, 2012-09-25)
CSCODE (0, 2013-09-14)
Author : Zhilin Zhang
Date : Sep 25, 2012
Version: 1.3.4
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This package includes BSBL-EM, BSBL-BO, and EBSBL-BO algorithms.
All the three algorithms are introduced in:
[1] Zhilin Zhang, Bhaskar D. Rao, Extension of SBL Algorithms for the Recovery
of Block Sparse Signals with Intra-Block Correlation, submitted to IEEE Trans.
on Signal Processing, 2012. [Online] arXiv:1201.0862v1 [stat.ML]
BSBL-EM is also presented in the conference paper:
[2] Zhilin Zhang, Bhaskar D. Rao, Recovery of Block Sparse Signals Using the
Framework of Block Sparse Bayesian Learning, ICASSP 2012
with the name 'Cluster-SBL (Type I)'.
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In this package, there are four demo files. Their functions are described
as follows:
DEMO_knownPartition_noise.m
Shows how to use BSBL-EM and BSBL-BO to carry out a noisy experiment
when the block partition is known.
DEMO_knownPartition_noiseless.m
Shows how to use BSBL-EM and BSBL-BO to carry out a noiseless experiment
when the block partition is known.
DEMO_unknownBlockPartition.m
Shows how to use the four algorithms to carry out a noisy experiment when
the block partition is UNKNOWN.
DEMO_nonSparse.m
Shows hwo to use BSBL-BO to recover a non-sparse signal (Fetal ECG signal)
Details can be found in the paper:
[3]Zhilin Zhang, Tzyy-Ping Jung, Scott Makeig, Bhaskar D. Rao,
Compressed Sensing for Energy-Efficient Wireless Telemonitoring of
Non-Invasive Fetal ECG via Block Sparse Bayesian Learning,
submitted to IEEE Trans. on Biomedical Engineering, 2012.
[Online] http://arxiv.org/abs/1205.1287
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There are two folds, which show how to use BSBL-BO to recover fetal ECG and EEG.
The details are given below:
[Compressed Sensing of FECG]
includes demo files using BSBL-BO to recover a 8-channel
fetal ECG raw recordings and then perform ICA decomposition.
[Compressed Sensing of EEG]
includes demo files using BSBL-BO to recover EEG
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Welcome to send me any questions.
I can be reached at: zhangzlacademy@gmail.com
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