Abstract: In this paper, we present MSLIO, a code to mimic the I/O behavior of multiscale simulations. Such an I/O kernel is useful for HPC research, ...

Oct 10, 2022 · Abstract—In this paper, we present MSLIO, a code to mimic the I/O behavior of multiscale simulations. Such an I/O kernel is useful for HPC ...

In this paper, we present MSLIO, a code to mimic the I/O behavior of multiscale simulations. Such an I/O kernel is useful for HPC research, ...

In this paper, we present MSLIO, a code to mimic the I/O behavior of multiscale simulations. Such an I/O kernel is useful for HPC research, ...

Abstract—In this paper, we present MSLIO, a code to mimic the I/O behavior of multiscale simulations. Such an I/O kernel is useful for HPC research, ...

The paper, titled I/O performance of multiscale finite element simulations on HPC environments, is available at https://hal.inria.fr/hal-03808833/, and ...

We devise multiscale numerical simulators to run at scale, exploring massively parallel architectures and developing code with bleeding-edge technologies. Links.

I/O performance of multiscale finite element simulations on HPC environments. WAMCA 2022 - 13th Workshop on. Applications for Multi-Core Architectures, Nov ...

Aug 26, 2022 · MSLIO is an I/O kernel, created to mimic the I/O behavior of multiscale simulations. More specifically, it focuses on the output routines.

I/O performance of multiscale finite element simulations on HPC environments pp. 9-16. An OpenMP-only Linear Algebra Library for Distributed Architectures pp ...