An Approach to Accelerate Three-dimensional Cardiac Simulation on GPU.

The simulation of electrophysiological cardiac models plays a crucial role in enabling researchers to explore the behavior of the heart under diverse circumstances. However, conducting such simulations often demands exceedingly high computational capabilities. To address this challenge, this paper proposes an approach to accelerate three-dimensional cardiac simulations using GPU. Through our investigations, we demonstrate that GPU-based computing constitutes an ideal solution for simulating electrophysiological cardiac models. In comparison to CPUs, GPUs possess the necessary computing prowess to meet the demanding requirements of cardiac simulations. Furthermore, GPUs exhibit remarkable acceleration performance, particularly when applied to large-scale simulations.