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ecg_matching_pursuit-master

于 2020-12-25 发布 文件大小:601KB
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代码说明：

  匹配追踪分解为联合压缩和心电图QRS检测(Matching pursuit decomposition on electrocardiograms for joint compression and QRS detection)

文件列表：

ecg_matching_pursuit-master, 0 , 2018-12-11
ecg_matching_pursuit-master\QRS, 0 , 2018-12-11
ecg_matching_pursuit-master\QRS\auxiliar, 0 , 2018-12-11
ecg_matching_pursuit-master\QRS\auxiliar\nota_wrann.txt, 49 , 2018-12-11
ecg_matching_pursuit-master\QRS\auxiliar\readannot.c, 8279 , 2018-12-11
ecg_matching_pursuit-master\QRS\auxiliar\readannot.dll.old, 10240 , 2018-12-11
ecg_matching_pursuit-master\QRS\auxiliar\readannot.m, 368 , 2018-12-11
ecg_matching_pursuit-master\QRS\auxiliar\readannot.mexw32, 9728 , 2018-12-11
ecg_matching_pursuit-master\QRS\auxiliar\readannot.mexw64, 10752 , 2018-12-11
ecg_matching_pursuit-master\QRS\detectar_QRS_MP.m, 57454 , 2018-12-11
ecg_matching_pursuit-master\QRS\eval_QRS_MP.m, 1905 , 2018-12-11
ecg_matching_pursuit-master\QRS\eval_QRS_MP_todos.m, 1611 , 2018-12-11
ecg_matching_pursuit-master\QRS\leer_detecciones.m, 1263 , 2018-12-11
ecg_matching_pursuit-master\QRS\min_it_QRS_MP.m, 1013 , 2018-12-11
ecg_matching_pursuit-master\QRS\obt_detec.sh, 343 , 2018-12-11
ecg_matching_pursuit-master\QRS\script_sim_QRS.m, 2395 , 2018-12-11
ecg_matching_pursuit-master\README.md, 517 , 2018-12-11
ecg_matching_pursuit-master\compresorMP, 0 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar, 0 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\calc_entrop.m, 529 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman, 0 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\comp.pdf, 67128 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\huffman_1952.pdf, 331643 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo, 0 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\Arith06.m, 19117 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\Arith07.m, 30010 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\Huff06.m, 25888 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\HuffCode.m, 2242 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\HuffLen.m, 3883 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\HuffTabLen.m, 6886 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\HuffTree.m, 2514 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\Mat2Vec.m, 10309 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\TestArith.m, 6257 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\TestHuff.m, 1728 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\contents.m, 1276 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\entropy.m, 541 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\eob3.m, 7086 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\segundo\uniquant.m, 1880 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\huffman\skre99.pdf, 183073 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\lee_MIT_segundos.m, 1382 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\maxerror.m, 586 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\prdecg.m, 546 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\prdmedio.m, 595 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\auxiliar\readheader_nsrdb.m, 3592 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\buscar_num_atom.m, 1175 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\comp_MP_entrop.m, 10153 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\comp_MP_test.m, 15922 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\cuant_MP.m, 4274 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\script_sim_MP.m, 214 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\simulacion_MP_entrop.m, 5229 , 2018-12-11
ecg_matching_pursuit-master\compresorMP\simulacion_MP_test.m, 5188 , 2018-12-11
ecg_matching_pursuit-master\diccios, 0 , 2018-12-11
ecg_matching_pursuit-master\diccios\Atom_design_new.m, 5009 , 2018-12-11
ecg_matching_pursuit-master\diccios\Atom_tam_new.m, 4392 , 2018-12-11
ecg_matching_pursuit-master\diccios\Half_atom_design_new.m, 376 , 2018-12-11
ecg_matching_pursuit-master\diccios\auxiliar, 0 , 2018-12-11
ecg_matching_pursuit-master\diccios\auxiliar\get_convolutions.m, 420 , 2018-12-11
ecg_matching_pursuit-master\diccios\auxiliar\successive_convolutions.m, 121 , 2018-12-11
ecg_matching_pursuit-master\diccios\check_diccio.m, 1533 , 2018-12-11
ecg_matching_pursuit-master\diccios\creardiccio.m, 12434 , 2018-12-11
ecg_matching_pursuit-master\diccios\creatriang.m, 320 , 2018-12-11
ecg_matching_pursuit-master\diccios\indicetoparam.m, 1925 , 2018-12-11
ecg_matching_pursuit-master\diccios\paramtoindice.m, 1811 , 2018-12-11
ecg_matching_pursuit-master\diccios\script_crear_diccios.m, 1295 , 2018-12-11
ecg_matching_pursuit-master\diccios\tamdiccio.m, 3685 , 2018-12-11
ecg_matching_pursuit-master\simulaciones, 0 , 2018-12-11
ecg_matching_pursuit-master\simulaciones\crear_graficas_MP.m, 7712 , 2018-12-11
ecg_matching_pursuit-master\simulaciones\crear_graficas_MP_entropia.m, 3264 , 2018-12-11
ecg_matching_pursuit-master\simulaciones\crear_histogramas_MP.m, 1046 , 2018-12-11
ecg_matching_pursuit-master\simulaciones\dibujar_histogramas.m, 702 , 2018-12-11
ecg_matching_pursuit-master\simulaciones\obtener_longlados.m, 1416 , 2018-12-11
ecg_matching_pursuit-master\simulaciones\senal100block101of256samples.mat, 486 , 2018-12-11
ecg_matching_pursuit-master\simulaciones\tomar_datos.m, 1722 , 2018-12-11
ecg_matching_pursuit-master\simulaciones\tomar_datos_entropia.m, 742 , 2018-12-11

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0 个回复

  • 选择，变异，交叉
    说明：  遗传算法的三种操作代码，差分进化算法(Differential Evolution Algorithm，DE)是一种高效的全局优化算法。它也是基于群体的启发式搜索算法，群中的每个个体对应一个解向量。差分进化算法的进化流程则与遗传算法非常类似，都包括变异、杂交和选择操作，但这些操作的具体定义与遗传算法有所不同(Three operation codes of genetic algorithm)
    2020-01-01 19:16:44下载
    积分：1
  • vc指纹识别原码
    这是个手指指纹识别的源代码 ,也是从网络上下载的(This is a fingerprints identification of source code, as well as downloaded from the Internet)
    2005-04-27 22:33:51下载
    积分：1
  • ECG_Viewer_v1.2.1
    该工具箱主要功能：显示心电信号，分析心电信号中的outlier(ECG signal display，ECG signal analysis)
    2020-12-30 10:19:00下载
    积分：1
  • ECGprocessing
    在介绍非线性动力学现代理论中的混沌理论的基础上 综述了混沌理论及其方法在脑 电 心电及肌电等医学信号处理中的应用 并展望了它们的发展趋势 旨在推进非线性分析方法在生物医学中的研究和应用(In introducing the modern theory of nonlinear dynamics of chaos theory, based on an overview of chaos theory and its method in EEG and EMG and other ECG medical signal processing applications and prospects of their development trends aimed at promoting non-linear Analysis Method in Biology and Medicine Research and Application)
    2010-03-04 14:39:52下载
    积分：1
  • 248766
    利用支持向量机的最优算法,来分割图像,可以得到有效地细胞分离图片(Using the optimal algorithm of support vector machine to segment the image, we can get the cell separated image effectively.)
    2018-11-14 16:33:10下载
    积分：1
  • 飞机控制检测系统
    说明：  滑翔机控制与检测系统。观测位姿、俯仰角、偏差等参数进行实效检测。(Glidercontrol and detection system. The parameters such as position and attitude, pitch angle and deviation are observed to detect effectively.)
    2019-07-11 20:39:30下载
    积分：1
  • Fftfile-of-EEG
    可以用FFT频谱对脑电信号进行提取。我们可以利用提取出的各个波段脑电信号，来诊断一些脑部疾病或者对大脑组织的电活动及大脑的功能状态进行分析。 1.将实验测得的脑电数据文件转换为文本文件(已经过50Hz陷波)， 获得在Matlab 平台上可直接使用的脑电信号数据，即0661.txt。 2.在Matlab中导入数据，并提取Fp1通道的脑电信号，通过FFT变换对α，β，θ，δ波段进行提取，并做FFT逆变换变到时域。 3.计算各个波段的功率谱。(FFT spectrum can be extracted on EEG. We can use the extracted EEG each band to diagnose some brain disorders or brain tissue on the brain' s electrical activity and functional status were analyzed. One would experimentally measured EEG data file into a text file (has been 50Hz notch), obtained in Matlab platform can be used directly EEG data, that 0661.txt. (2) import data in Matlab and extract Fp1 channel EEG by FFT transform α, β, θ, δ bands were extracted, and do FFT inverse transform variable to the time domain. 3 calculate the power spectrum of each band.)
    2020-11-21 11:19:35下载
    积分：1
  • genes
    验证了基因外显子的三周期特性，提出了一种优化确定阈值的方法，分别用固定窗口滑动，及滑动序列来对基因进行识别(Verified exon three-cycle characteristics, proposed an optimization to determine threshold and using fixed window sliding and sliding sequence to identify genes)
    2012-09-25 15:01:15下载
    积分：1
  • ecg_matching_pursuit-master
    说明：  匹配追踪分解为联合压缩和心电图QRS检测(Matching pursuit decomposition on electrocardiograms for joint compression and QRS detection)
    2020-12-25 06:29:04下载
    积分：1
  • Feature_Extraction
    筛选的几篇脑电节律提取的文章，可以用于其它信号处理~ 【基于改进小波变换的EEG分析】【基于小波变换的动态脑电节律提取】【脑电信号的特征节律信号提取】【a、β、δ、θ和40Hz波实时检测器】(Screening of several EEG extracted article, can be used for other signal processing ~ 【EEG based on improved wavelet analysis】 【based on wavelet transform extracts】 【dynamic EEG characteristics of EEG signal extraction】 【a rhythm , β, δ, θ, and real-time 40Hz wave detector】)
    2010-08-14 05:53:46下载
    积分：1
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