Abstract Background and Objective: Numerical simulations are valuable tools for studying
cardiac arrhythmias. Not only do they complement experimental studies, but there is also an …

We show the benefits of the novel MLIR compiler technology to the generation of code from
a DSL, namely EasyML used in openCARP, a widely used simulator in the cardiac …

Because of the complex and fine structure, visualization of the heart still remains a
challenging task, which makes it an active research topic. In this paper, we present a …

The heart is a vital organ in the human body. Research and treatment for the heart have
made remarkable progress, and the functional mechanisms of the heart have been …

High-dimensional data is generated in a wide range of scientific, social and economic life.
Identifying and analyzing these high-dimensional data efficiently can improve the scientificity …

A crucial role during the implementation of volume visualization is to identify the optimal
transfer function, since the vital information and structure can be highlighted and revealed …

Making a correct diagnosis of the type of arrhythmia is conducive to the prevention and
treatment of heart disease, abnormal heart rhythm may be caused by underlying heart …

Large scale scientific applications in general and especially cardiac simulations experience
different execution phases at runtime and each phase has different computational and …

Modeling and simulation of the skeletal muscles are usually solved using the Finite Element
method (FEM) which, although accurate, commonly needs a complex mesh and the solution …

Background Electrophysiological behavior is of great importance for analyzing the cardiac
functional mechanism under cardiac physiological and pathological condition. Due to the …