Objective To find a method for denoising of ECG signals during spaceflight.
目的寻找适合载人航天需要的心电信号去噪方法。
ECG signals contain rich information that reflects the functional state of heart.
心电信号中蕴含着反映心脏功能状态的丰富信息。
Lorenz plot finding is useful for the AF disease in automatic diagnoses of ECG signals.
在进行心电信号的自动检测时，洛伦兹散点图可以作为辅助判断房颤的标准。
Results the ECG signals were acquired successfully and the heartbeat rate was calculated.
结果成功采集到心电信号，并计算了心率的大小。
This new medicine mode has brought forward new demand to the automatic analysis of ECG signals.
这种新型的医疗模式对心电监护中心电信号的自动分析也提出了新的要求。
Lastly, ECG signals are processed by the linear combinations of morphological operators filters.
最后，用线性组合形态滤波器对心电信号进行了处理。
A modified nonlinear adaptive polynomial filter is proposed to reduce random noise in ECG signals.
提出了应用改进的非线性自适应多项式滤波器用于去除ECG信号噪声的方法。
In this paper, ECG signals' characteristic points recognition algorithms were researched and Implemented.
本文主要完成了心电信号特征点的识别算法研究与实现。
Sampling, compression and wireless transportation of multi-lead ECG signals are accomplished by embedded system programming.
通过嵌入式软件编程实现了心电信号的采集存储、实时压缩和无线传输。
The DSP system, using TMS320VC5509A chip of TI as the kernel, is designed to compress ECG signals in real time with the presented method.
硬件设计完成了以TI公司TMS320VC5509A芯片为核心的心电信号实时采集压缩系统，以实现所提出的压缩算法。
Objective To dig out the potential information in two-lead ECG signals, and discuss a new method of analyzing and processing two-lead ECG signals, viz.
目的进一步挖掘出两导联心电信号中潜在的信息，探讨一种分析与处理两导联心电信号的新方法，即心电正交合成图法。
Methods: Filtering different noises in ECG signals by adopting threshold function of soft-and-hard threshold tradeoff and self-adapting threshold policies.
方法：采用软、硬阈值折衷的阈值函数及自适应的阈值策略对心电信号中的不同噪声进行滤除。
This paper introduces a method of wireless measuring cardiac signal and its real-time access. The principle and the structure of a remote and memorial device for ECG signals is aIso presented.
本文介绍了一种无线式心电信号的检测与实时存取的方法，给出了各部结构及工作原理。
They studied the electrocardiogram (ECG, a recording of the heartbeat) of each person, and measured the time taken for electrical signals to travel to different parts of the heart.
他们研究每个人的心电图(ECG心跳记录)，测量电信号在心脏不同部位运行的时间。
Some countries, such as Italy and Japan, screen young people with the use of an electrocardiogram (ECG, or EKG), which records the electrical signals present in the heart.
一些其他的国家，比如意大利和日本，人们用心电图（ECG或EKG）给年轻人做检查，心电图记录了心脏发出的电信号。
In ECG there are always many stochastic signals.
心电图往往存在许多随机信号。
The method with computation complexity of polynomial order, has been successfully applied to the real-time analysis of signals in mobile ECG telemonitoring systems.
该算法具有多项式级的计算复杂度，已成功应用于移动式远程心电监护系统ECG信号的实时分析。
The method does not confine to ECG, is also suitable for JPEG2000 compression of other periodic or quasi-periodic signals.
该方法的应用范围不局限于ECG信号，也适用于其他形式周期或准周期信号的JPEG2000压缩。
Objective: This paper put forward for classifying cardiac arrhythmia signals based on ECG waveform features and support vector machine (SVM).
目的：提出一种新的基于波形特征和SVM的心电信号自动分类实现方法。
In addition - the apparatus has the function of performing EECP, monitoring ECG and pulse oxygen saturation - and other acquiring 8-analog signals channels data and analyzing the stored data offline.
此外，还有实施EECP，实时监测心电、脉搏血氧等基本生理信号和采集8道其他模拟信号和数据存盘分析等功能。
This method is applied to the fetal ECG extraction from the multi-channel signals getting from the mother's abdomen.
将该方法应用于从母体腹部测得的多通道信号中提取胎儿心电信号的实验，得到令人满意的结果。
This method is applied to the fetal ECG extraction from the multi - channel signals getting from the mother's abdomen, the experiment results are satisfying.
将该方法应用于从母体腹部测得的多通道信号中提取胎儿心电信号的实验，得到令人满意的结果。
Both the dynamic electrocardiogram (ECG) signals and dynamic blood pressure signals were recorded, respectively.
分别记录不同直肠温度下大鼠动态心电和血压信号。
A 1-d ECG data was first segmented and aligned to a 2-d data array, which fully utilizing the two kinds of correlation of heartbeat signals.
基于ECG数据的两种相关性，该方法首先将一维ecg信号转化为二维信号序列。
ECG artifact and power noise are successfully removed from the origanal EEG signal with the ICA method with no harm to the details of EEG signals.
利用ICA方法对实测脑电信号中的心电伪迹和工频噪声进行了消除，成功去除噪声并保留脑电信号的特征不变。
ECG artifact and power noise are successfully removed from the origanal EEG signal with the ICA method with no harm to the details of EEG signals.
利用ICA方法对实测脑电信号中的心电伪迹和工频噪声进行了消除，成功去除噪声并保留脑电信号的特征不变。
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