Key result
A proposed hybrid analog-digital ECG patient simulator based on mathematical models successfully reproduced around thirty-two cardiac rhythms and full 12-lead ECG profiles.
Why the study?
There is a strong interest in algorithms and medical devices that acquire, preserve, and process ECG recordings with high fidelity, requiring realistic simulation tools.
Design
Engineering development and simulation study
Authors
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May support low-cost ECG device testing; leaves open clinical validation and real-world utility.
A novel, low-cost, tunable electronic ECG simulator based on mathematical models can generate realistic 12-lead ECG profiles and simulate various arrhythmias for testing electrocardiograph equipment.
Quiroz‐Juárez et al. (2022) studied Cardiac arrhythmias. ECG patient simulator based on mathematical models was evaluated on Generation of realistic ECG waveforms and simulation of cardiac rhythms. A proposed hybrid analog-digital ECG patient simulator based on mathematical models successfully reproduced around thirty-two cardiac rhythms and full 12-lead ECG profiles.
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