A Simplified Cardiac Conduction Model and Twelve-Lead ECG Generation

Abstract

For explaining the cardiac conductivity of the heart, the mathematical modeling of the ECG wave is one of the emergent tools. In this paper, we have modeled the ECG wave with a system of Gaussian based model from which we can simulate individual P, Q, R, S and T waves along with the full ECG wave. In addition to this, it is very useful in order to generate all the 12-lead ECG signals. The generated ECG models have been checked with the existing ECG models. The 12-leads ECG signals obtained in the proposed approach show accurate amplitudes, polarities, and shapes. Finally, we have compared our proposed model with ECG model of healthy persons and verified by physicians. It will be helpful for diagnosing heart disease easily.