The emergence of accelerators as standard computing resources on supercomputers and
the subsequent architectural complexity increase revived the need for high-level parallel …

This paper proposes a fast time-domain boundary element method (TDBEM) to solve three-
dimensional transient electromagnetic scattering problems regarding perfectly electric …

Our goal is to provide an analysis and comparison of static and dynamic strategies for task
graph scheduling on platforms consisting of heterogeneous and unrelated resources, such …

ExaFMM is an open-source library for fast multipole algorithms, providing high-performance
evaluation of N-body problems in three dimensions, with C++ and Python interfaces. This …

High performance fast multipole method is crucial for the numerical simulation of many
physical problems. In a previous study, we have shown that task‐based fast multipole …

A kernel-independent treecode (KITC) is presented for fast summation of particle
interactions. The method employs barycentric Lagrange interpolation at Chebyshev points to …

We present a GPU-accelerated fast multipole method (FMM) called BLDTT, which uses
barycentric Lagrange interpolation for the near-field and far-field approximations, and dual …

We investigate an efficient preconditioning of iterative methods (such as GMRES) for solving
dense linear systems A x= b that follow from a boundary element method (BEM) for the 3D …

Latency Insensitive Protocols have been proposed as a viable mean to speed up large
Systems-on-Chip where the limit in clock frequency is given by long global wires connecting …

SIMULATION has become pervasive in science. Real experimentation remains an essential
step in scientific research, but simulation replaced a wide range of costly and lengthy or …