Kors J A, Talmon J L, van Bemmel J H
Comput Biomed Res. 1986 Feb;19(1):28-46. doi: 10.1016/0010-4809(86)90004-2.
This paper describes the results of our recent research in computer-assisted ECG/VCG interpretation. It comprises new developments which were initiated by the advent of relatively inexpensive microcomputers. Our previous systems performed an off-line analysis of ECGs. Currently, there is a trend to move computer power near to the patient and to provide on-line analysis of ECGs. Besides the advantage of the direct availability of the ECG interpretation, quality control will reduce the number of uninterpretable ECGs and hence the number of repeated recordings. This paper describes the requirements that were established for a system for on-line ECG analysis. The system is based on our modular approach, just like our off-line system, Modular ECG ANalysis System (MEANS). Changes in the methods and software had to be made mainly because of the simultaneity of all ECG leads and the concurrency of the processing tasks. Other modifications and extensions of the algorithms necessary to meet the requirements of on-line ECG interpretation especially those related to processing speed, are discussed, and evaluation results are presented.
本文描述了我们近期在计算机辅助心电图/心向量图解读方面的研究成果。它包含了由相对廉价的微型计算机的出现所引发的新进展。我们之前的系统对心电图进行离线分析。目前,有一种趋势是将计算机处理能力靠近患者,并提供心电图的在线分析。除了心电图解读可直接获取这一优势外,质量控制将减少无法解读的心电图数量,从而减少重复记录的数量。本文描述了为在线心电图分析系统所确立的要求。该系统基于我们的模块化方法,就像我们的离线系统——模块化心电图分析系统(MEANS)一样。方法和软件的改变主要是由于所有心电图导联的同步性以及处理任务的并发情况。讨论了为满足在线心电图解读要求,尤其是与处理速度相关的要求而对算法进行的其他修改和扩展,并给出了评估结果。