The real time detecting method for the dynamic ECG ST-segment is presented.
本文介绍动态心电信号ST段的实时检测方法。
The portable dynamic electrocardiosignal data collector is the important part in the dynamic ECG analysis system.
便携式动态心电信号数据采集器是动态心电图分析系统的重要组成设备。
This paper presents an algorithm to detect strength noise segments and denoise them in dynamic ECG for improving the accuracy of auto analysis.
为提高动态心电图自动分析的准确率，本文提出一种检测动态心电图中强噪声段及去噪的方法。
Methods 24-hour dynamic ECG recordings were performed in 68 patients with hemispheric cerebral apoplexy in the acute phase and in 30 control subjects.
方法对68例脑卒中患者和30例对照组进行2 4小时动态心电图检测和分析。
To eliminate power-line interference in dynamic ECG recording, we present a simple effective power-line interference elimination algorithm based on noise extracting.
为消除动态心电记录中工频干扰的影响，本文给出一种新颖简洁的基于噪声提取的工频干扰抑制算法。
This paper presents a HRV analysis system based on dynamic electrocardiogram (ECG). This system is of the functions of ECG data communication, HRV analysis, and HRV data management.
本文介绍一种基于动态心电的心率变异分析系统，系统由ecg数据通信模块、HRV分析模块、HRV数据管理模块组成。
Results There were ischemic pain in the chest in15/15. Ischemic changes appeared in dynamic ST-T segment of ECG in13/15.
结果15/15例出现缺血性胸痛、13/15例心电图呈缺血性ST-T动态改变、心肌损伤标记物均明显升高；
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。
Objective to explore the change in dynamic electrocardiogram (ECG) and to understand the myocardial injury in the patients with acute craniocerebral injuries.
目的探讨急性颅脑损伤后心电图改变，了解心肌损害情况。
Objective to explore the change in dynamic electrocardiogram (ECG) and to understand the myocardial injury in the patients with acute craniocerebral injuries.
目的探讨急性颅脑损伤后心电图改变，了解心肌损害情况。
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