This paper investigates the exploitation of heterogeneous DVFS (dynamic voltage frequency
scaling) control for improving the energy efficiency of data-parallel applications on ccNUMA …

In this paper, we propose a method for accelerating CFD (computational fluid dynamics)
simulations by integrating a conventional CFD solver with our AI module. The investigated …

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++ …

In the article we propose an automatic power capping software tool DEPO that allows one to
perform runtime optimization of performance and energy related metrics. For an assumed …

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 …

The article presents optimization techniques for two Python-based large-scale social
sciences applications: SN (Social Network) Simulator and KPM (Kernel Polynomial Method) …

Developments in numerical simulation of flows and high-performance computing influence
one another. More detailed simulation methods create a permanent need for more …

Calculation of land-surface parameters (eg slope, aspect, curvature) is an important part of
many geospatial analyses. Current research trends are aimed at developing new software …

Heterogeneous systems are becoming increasingly relevant, due to their performance and
energy efficiency capabilities, being present in all types of computing platforms, from …

We herein briefly describe a multilevel approach to analyze parallel algorithms
performances. The main outcome of such an approach is that the algorithm is described …