So the studies on ECG record, ECG processing and ECG analyzing are constantly followed with interest.
因此，关于心电信号的记录、处理和分析的研究一直为各方所关注。
Studies on automation and intelligentize of ECG record and analyzing are constantly followed with interest in the biomedicine field.
心电图的检测、分析的自动化、智能化一直是生物医学仪器领域关注的重点课题。
Holter monitor. This portable ECG device can be worn for a day or more to record your heart's activity as you go about your routine.
动态心电图这是一种可随身携带的心电图，可以在你正常生活时连续记录下几天内心脏的电活动。
This is somewhat similar to the ripples on the ECG, the waves record the state of a living body in the course of time.
这有点类似于心电图上的波纹，波纹其实就记载着一个生命体在时间过程中的一种状态。
Thus, an electrocardiograph usually can not record transient and anomalous ECG which appears accidentally and is of diagnostic significance.
因此往往不能把某些具有诊断意义而却短暂出现的异常心电图及时记录下来。
In this article we introduce a high performance chip microcomputer-based realtime acquisition and record instrument for ECG data.
本文介绍了一种高性能单片机ecg信号实时采集记录装置。
It can record and monitor ECG signal continuously up to 24 hours a real-time ECG compression algorithm (MFAN), DRAM technique and optimal coding method are presented.
该系统采用了实时自适应ecg数据压缩算法(MFAN)、最优编码和大容量动态存储器等技术，可存储长达24小时的心电信号。
Recording ECG data can display in cardiac oscillograph and record in electrocardiograph.
记录的心电数据能在心电示波器上显示或在心电图机上描记。
Recording ECG data can display in cardiac oscillograph and record in electrocardiograph.
记录的心电数据能在心电示波器上显示或在心电图机上描记。
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