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Ch1899
- 小波变换在语音和生物医学信号处理中的应用 431 17.1 小波变换在语音信号处理中的应用 431 17.1.1 小波变换在语音增强中的应用 431 17.1.2 小波变换在语音压缩中的应用 433 17.2 小波变换在生物医学信号处理中的应用 435 17.2.1 基于小波变换的ECG信号压缩 435 17.2.2 基于小波变换的EEG信号多分辨率分析 437-wavelet transform voice, and biomedical signal process
anautomatedalgorithm
- 我们设计了一个新的计算算法,借助后续的导联7,8,9导联信号V7,V8,V9,以改善心电检测中孤立和心肌梗死信号的检测。-We designed a new computer algorithm to improve ECG detection of isolated and combined posterior myocardial infarct using extended posterior leads V7, V8 and V9. ECG criteria for PMI incl
ECGQRSDetection
- 本章讨论了许多目前已有的几种检测心电图QRS波的算法。文章的开始我们讨论了心电信号的功率谱,进而讨论了几种心电图QRS波检测算法。-This chapter discusses a few of the many techniques that have been eveloped to detect the QRS complex of the ECG. It begins with a discussion of the power spectrum of the ECG and goe
C8051F021portableECGMonitor
- C8051F021的便携式心电监视仪。本文介绍了一种单片机控制系统。用液晶显示模块显示结果,用Flash存储记录,USB接口进行大量数据上传,并设计了一套心电识别算法,对心电信号异变实行检测和报警。-C8051F021 portable ECG Monitor. In this paper, a single-chip microcomputer control system. LCD display module display the results recorded using Flash
HHT_used_in_EEG_signal
- HHT算法运用在ECG信号中的处理及其他算法的比较-HHT algorithm used in ECG signal processing and comparison of other algorithms,
ECG
- 实现MIT数据库ECG信号的读取,并进行QRS波形的检测-ECG signal MIT database achieved the reading, and for detection of QRS wave
b
- 心电信号的实时数字预处理,关于工频与高频干扰的消除-ECG real-time digital preprocessing, frequency and high frequency interference on the Elimination of
f
- 心电信号数据采集系统的设计,心电信号放大原理,数据采集 电路-ECG data acquisition system design, principles of ECG signal amplification, data acquisition circuit
distract-breath-signal-from-ECG
- 从心电信号中获取呼吸信号,收藏的一篇文章-distract breath from ECG
W-avelet-Approximation-to-Remove-ECG
- 利用小波变换逼近信号滤除心电图(ECG)基线漂移的方法 可以完成图像的光线不均的矫正-The wavelet transform the approximation signal filtering electrocardiogram (ECG) baseline drift complete image uneven light correction
W-avelet-Package-Removing-ecg
- 提出一种利用小波包变换逼近信号消除心电图ECG基线漂移噪声的方法。该方法的基本思想是:通过对 ECG信号进行多分辨率分析,利用所得到的一段或几段逼近信号充分逼近ECG信号中的基线漂移噪声的特性,从而 消除某线漂移分景。-Presents a wavelet packet transform approximation signal method to eliminate electrocardiogram ECG baseline drift noise. The basic idea
kpca算法从ECG中恢复EDR信号
- 利用kpca算法,从心电信号中提取呼吸信号
ECG-Detection-use-wavelet
- 本文把小波变换应用于心电信号的识别。探讨了伸缩尺度和伪频率(译自pseudo—frequency)-~.间的关系;利用二进双正 交样条小波对室扑信号按Mallat算法进行小波分解;提出了心室扑动和心室颤动信号的小波变换识别方法-Wavelet transform in used to identify the ECG si a1.The relation between scale and pseudo—frequency is discussed.The ventrlcular flu
generates3
- 综合的ecg信号,方便直接调用,适用于后期的处理等-Integrated the ECG signal, convenient and direct call applies to the latter part of the treatment
ECG-denoise
- ECG质量好心电图是由医生解释利用和识别的生理和病理现象。然而,在实际生活中,心电图记录往往是由文物损坏几个方法已被开发用于ECG增强。在本文中,我们提出了一种基于最近一个新的心电图增强方法开发经验模式分解(EMD)。提出基于EMD方法能够消除双方的高频噪声和BW 以最小的信号失真-Good quality electrocardiogram ECG interpretation by a physician use and identification of physiological and
ECG-and-pulse
- 基于心电脉搏信号的研究分析,各种经典算法。实验分析研究,以及新方法的提出测试。-Based on the analysis of ecg signal pulse study, all kinds of classic algorithms.Experimental analysis and research, and tests the new method is put forward.
ECG-and-PPG-fusion-detection
- 基于ECG与PPG信号融合的血压检测方法研究,通过将两种进行融合处理,从而更加准确地进行血压的检测分析处理。-Blood Pressure ECG and PPG signal detection method based on fusion by the fusion of two treatment to more accurately detect blood pressure analysis process.
ECG_chengxu
- ECG的各种波形的检查,可以很好的分析ECG信号的信息,帮助大家更好的了解ECG信号-ECG of all kinds of waveforms, can be a good analysis of the ECG signal information, to help you better understand the ECG signal
ECG_toolbox
- ECG信号中加入各种噪声,可以很好的分析ECG信号的信息,帮助大家更好的了解ECG信号,可以去除噪声-ECG of all kinds of waveforms, can be a good analysis of the ECG signal information, to help you better understand the ECG signal