To reduce the cost of solving the Poisson system, a parallel matrix assembly and partitioning method are implemented, and conjugate gradient and algebraic ...

Abstract. A three-dimensional implicit particle-in-cell (iPIC3D) method implemented by S. Markidis et. al. in [“Multiscale simulations.

Abstract. A three-dimensional implicit particle-in-cell (iPIC3D) method implemented by S. Markidis et. al. in [“Multiscale simulations.

High performance solvers for implicit particle in cell simulation. Author: Kumar, Pawan. Markidis, Stefano ; Lapenta, Giovanni ; Meerbergen, Karl ; Roose ...

Jun 25, 2014 · To reduce the cost of solving the Poisson system, a parallel matrix assembly and partitioning method are implemented, and conjugate gradient and ...

May 16, 2015 · To reduce the cost of solving the Poisson system, a parallel matrix assembly and partitioning method are implemented, and conjugate gradient and ...

High Performance Solvers for Implicit Particle in Cell Simulation. https://doi.org/10.1016/j.procs.2013.05.396 · Full text. Journal: Procedia Computer Science ...

In iPIC3D, the former is the most costly. To reduce the cost of solving the Poisson system, a parallel matrix assembly and partitioning method are implemented, ...

Markidis, "sputniPIC: An Implicit Particle-in-Cell Code for Multi-GPU Systems ... "High performance solvers for implicit particle in cell simulation.

We present EMPIRE-PIC, an unstructured PIC application that is capable of both electrostatic and electromagnetic simulations in two- and three-dimensions, and.