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Abstract. Simulations in cardiac electrophysiology use the bidomain equations to describe the electrical potential in the heart.
Simulations in cardiac electrophysiology use the bidomain equations describing the intercellular and the extracellular electrical potential.
Simulations in cardiac electrophysiology use the bidomain equations to describe the electrical potential in the heart. If only the electrical activation ...
Simulations in cardiac electrophysiology use the bidomain equations to describe the electrical potential in the heart. If only the electrical activation ...
Patient-Specific Cardiac Parametrization from Eikonal Simulations ... Authors: Daniel Ganellari; Gundolf Haase; Gerhard Zumbusch; Johannes Lotz; Patrick Peltzer ...
Patient-Specific Cardiac Parametrization from Eikonal ... - dblp
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Bibliographic details on Patient-Specific Cardiac Parametrization from Eikonal Simulations.
Patient-Specific Cardiac Parametrization from Eikonal Simulations · Department of Computer Science [120000] · Informatik 12 (Software and Tools for Computational ...
The study aimed to develop a novel technique using patient-specific cardiac models and machine learning (ML) to predict an optimal left ventricular (LV) pacing ...
May 20, 2024 · This paper is aimed at reporting techniques on the personalisation of cardiac computational models, with a focus on calibrating cardiac tissue conductivity.
Simulations in cardiac electrophysiology use the bidomain equations to describe the electrical potential in the heart. If only the electrical activation ...