Why the study?
Electrocardiogram simulators are needed to provide authentic representations of cardiac electrical activity for medical education, research, and device testing.
The development of an efficient ECG simulator provides a tool for medical education, research, and device testing by replicating synthetic normal and abnormal ECG waves.
May aid ECG training and device testing; leaves open clinical validation before adoption.
In the realm of medical education, research, and device testing, Electrocardiogram (ECG) simulators are indispensable tools. They provide authentic representations of cardiac electrical activity, aiding healthcare professionals in practical training and facilitating the assessment of ECG device efficacy. This paper presents an efficient ECG simulator capable of replicating synthetic ECG waves, which are combinations of individual waves namely, the P wave, QRS complex, and T wave. The simulator can generate both normal and abnormal ECG waves and offers the flexibility to produce ECG waves at different frequencies.
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Pravesh et al. (2024) studied this question.
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