Microcontroller controlled ECG simulator

B. E. Demir, Funda Yorulmaz, I. Guler
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引用次数: 4

Abstract

Electrocardiogram (ECG) is a signal designed to work as result of contraction of the heart muscle that make up the electrical biopotentials, using body surface electrodes obtained by obtaining are marked. The result of the heart losing healty working conditions,disturbances on freguency and amplitude of ECG signals recorded by electrocardiograph according to the healty ECG signal, occurs. The study performed, is a work to help educational problem in the fields of Faculty of Medicine and Biomedical Engineering Education,and calibration of ECG devices without a real heart.In this study, heart rhythm disorders under the supervision of the microcontroller designed a system that may occur due to be displayed in a virtual environment analysis of all disease has been made with prepared simulator (virtual reality application) to reduce medical errors and the spending time and costing at the same time provide more effectively healty service with well-trained physicians.
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单片机控制的心电模拟器
心电图(ECG)是一种工作信号,是由于心脏肌肉的收缩而构成的生物电电位,利用体表电极获得的得到的是标记的。心脏失去正常工作状态的结果是,心电图仪根据正常的心电信号记录的心电信号的频率和幅度受到干扰。该研究旨在帮助医学和生物医学工程教育领域的教育问题,以及无真心脏心电图设备的校准。本研究在单片机的监督下,设计了一个系统,在虚拟环境中显示可能发生的心律失常,利用准备好的模拟器(虚拟现实应用)对所有疾病进行分析,减少医疗差错,减少花费时间和成本,同时提供训练有素的医生更有效的健康服务。
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