We present PPML, a domain-specific programming language for parallel particle and particle-mesh simulations. PPML provides a concise set of high-level abstractions for particle methods that significantly reduce implementation times for parallel particle simulations. The PPML compiler translates PPML code into standard Fortran 2003 code, which can then be compiled and linked against the PPM runtime library using any Fortran 2003 compiler. We describe PPML and the PPML compiler, and provide examples of its use in both continuous and discrete particle methods
AbstractBy using C/C++ programming and OpenMP parallelization, we implement a newly developed numeri...
The paper describes a parallel Special Purpose Computer (SPC) for the simulation of interacting part...
A parallel scheme for a multi-domain truly incompressible smoothed particle hydrodynamics (SPH) appr...
We present the Parallel Particle-Mesh Environment (PPME), a domainspecific language (DSL) and develo...
ppiclF is a parallel particle-in-cell library written in Fortran. Applications of ppilcF include e...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
Scalable and efficient numerical simulations continue to gain importance, as computation is firmly e...
Computer simulation using particles enables one to simulate diverse natural and artifical systems on...
This presents a strategy for programming particle simulation methods on multi-core shared memory mac...
We overview the current status and future development directions of our framework for developing par...
Scalable and efficient numerical simulations continue to gain importance, as computation is firmly e...
Abstract. We present the parallel particle filtering (PPF) software library, which enables hybrid sh...
The simulation of large particle systems with the Discrete Element Method can be very time consuming...
AbstractBy using C/C++ programming and OpenMP parallelization, we implement a newly developed numeri...
The paper describes a parallel Special Purpose Computer (SPC) for the simulation of interacting part...
A parallel scheme for a multi-domain truly incompressible smoothed particle hydrodynamics (SPH) appr...
We present the Parallel Particle-Mesh Environment (PPME), a domainspecific language (DSL) and develo...
ppiclF is a parallel particle-in-cell library written in Fortran. Applications of ppilcF include e...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
Scalable and efficient numerical simulations continue to gain importance, as computation is firmly e...
Computer simulation using particles enables one to simulate diverse natural and artifical systems on...
This presents a strategy for programming particle simulation methods on multi-core shared memory mac...
We overview the current status and future development directions of our framework for developing par...
Scalable and efficient numerical simulations continue to gain importance, as computation is firmly e...
Abstract. We present the parallel particle filtering (PPF) software library, which enables hybrid sh...
The simulation of large particle systems with the Discrete Element Method can be very time consuming...
AbstractBy using C/C++ programming and OpenMP parallelization, we implement a newly developed numeri...
The paper describes a parallel Special Purpose Computer (SPC) for the simulation of interacting part...
A parallel scheme for a multi-domain truly incompressible smoothed particle hydrodynamics (SPH) appr...