The phase-field (PF) method is a powerful tool for solving interfacial problems in materials
science. This paper's primary goal is to assess the impact of various state-of-the-art C/C++ …

This work explores the performance of single‐and multi‐GPU computing on state‐of‐the‐art
NVIDIA‐and AMD‐based server‐class hardware using various programming interfaces to …

The advantages of the second-generation AMD EPYC Rome processors can be
successfully used in the race to Exascale. However, the novel architecture's complexity …

This article provides a comprehensive study of OpenCL heterogeneous programming for
porting applications to CPU–GPU computing platforms, with a real‐life application for the …

In this paper, an innovative strategy for the data-flow synchronization in shared-memory
systems is proposed. This strategy assumes to synchronize only interdependent threads …

Heterogeneous (or hybrid) computing platforms with Intel Xeon Phi accelerators offer
potential advantages of energy efficient, massively parallel computing, while supporting …

In this work, we take up the challenge of performance portable programming of
heterogeneous stencil computations across a wide range of modern shared-memory …

This work is a part of the global tendency to use modern computing systems for modeling the
phase‐field phenomena. The main goal of this article is to improve the performance of a …

The main goal of this paper is the suitability assessment of the hStreams programming
library for porting a real-life scientific application to heterogeneous platforms with Intel Xeon …

The main goal of this paper is the suitability assessment of the OpenMP Accelerator Model
(OMPAM) for porting a real-life scientific application to heterogeneous platforms containing a …