Strategies for multiple-level parallelizations of quantum-mechanical calculations are
discussed, with an emphasis on using groups of workers for performing parallel tasks. These …

Fourier pseudo-spectral methods for nonlinear partial differential equations are of wide
interest in many areas of advanced computational science, including direct numerical …

Phase-field modeling is a popular front-tracking approach used to model solidification. Its
time-evolution equations are often coupled to alloy composition and/or thermal diffusion in …

Image processing by segmentation technique is an important phase in medical imaging
such as MRI. Its objective is to analyze the different tissues in human body. In research area …

This paper reports on experiences gained and practices adopted when using the latest
features of OpenMP to port a variety of HPC applications and mini-apps based on different …

In this paper, performance strategies on GPU-based HPC platforms of a cellular automata
(CA) simulation code for non-equilibrium solidification, including nucleation, grain growth …

The usage of the point cloud surface reconstruction to generate high-precision 3D models
has been widely applied in various fields. In order to deal with the problems of insufficient …

Abstract Real-time Global Navigation Satellite System (GNSS) precise orbits are essential
prerequisites for real-time GNSS-based applications. However, the high computational …

In recent years, parallelism via multithreading has become extremely important to the
optimization of high-performance electronic structure theory codes. Such multithreading is …

To address the challenge of performance portability and facilitate the implementation of
electronic structure solvers, we developed the basic matrix library (BML) and Parallel, Rapid …