Electrocardiographic imaging (ECGI) reconstructs the electrical activity of the heart from a
dense array of body-surface electrocardiograms and a patient-specific heart-torso geometry …

Introduction Despite advances in drug and catheter ablation therapy, long‐term recurrence
rates for ventricular tachycardia remain suboptimal. Cardiac stereotactic body radiotherapy …

Realistic electrocardiogram (ECG) simulation with numerical models is important for
research linking cellular and molecular physiology to clinically observable signals, and …

Cardiac electrical imaging from body surface potential measurements is increasingly being
seen as a technology with the potential for use in the clinic, for example for pre-procedure …

State-of-the-art cardiac electrophysiology models that are able to deliver physiologically
motivated activation maps and electrocardiograms (ECGs) can only be solved on high …

In this work we address the issue of validating the monodomain equation used in
combination with the Bueno-Orovio ionic model for the prediction of the activation times in …

A key mechanism controlling cardiac function is the electrical activation sequence of the
heart's main pumping chambers termed the ventricles. As such, personalization of the …

The inverse problem of electrocardiography consists in reconstructing cardiac electrical
activity from given body surface electrocardiographic measurements. Despite tremendous …

Inverse problems in cardiovascular modelling have become increasingly important to
assess each patient individually. These problems entail estimation of patient-specific model …

While tomographic imaging of cardiac structure and kinetics has improved substantially,
electrophysiological mapping of the heart is still restricted to the surface with little or no …