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  1. ui.adsabs.harvard.edu

    The OSIRIS Electromagnetic particle-in-cell (EM-PIC) code has been widely used in the numerical modeling of many astrophysical and laboratory scenarios. Since the release of version 4.0, the framework has been continuously developed to support multiple hardware architectures, and to extend the base algorithm, allowing the code to address an increasingly wider range of problems, all from a ...
    Author:Ricardo Fonseca, Thamine Dalichaouch, Asher Davidson, Fábio Cruz, Fabrizio Del Gaudio, Giannandrea I...Published:2018
  2. academia.edu

    OSIRIS [1] is a state of the art, fully relativistic massively parallel particle in cell code, that is widely used in kinetic plasma modeling for many astrophysical and laboratory scenarios, with a large worldwide user base. ... We report on the new version of the OSIRIS framework, focusing on the new structure of the code that leverages on the ...
  3. picksc.physics.ucla.edu

    Access: The OSIRIS code is open-source and can be accessed here.. Description: Over the past two decades, we and our collaborators in the OSIRIS consortium have developed and continue to upgrade a state-of-the-art, fully explicit, multi-dimensional, fully parallelized, fully relativistic PIC code called OSIRIS and a set of sophisticated diagnostic and visualization packages [1-2].
  4. ui.adsabs.harvard.edu

    OSIRIS is a state of the art, fully relativistic massively parallel particle in cell code, that is widely used in kinetic plasma modeling for many astrophysical and laboratory scenarios. Over the years the code has been continuously improved, adding new features and algorithms, resulting in a large and complex code base with the inherent difficulties on maintenance and development.
    Author:Ricardo Fonseca, Adam Tableman, Jorge Vieira, Viktor Decyk, Warren Mori, Luís SilvaPublished:2016
  5. picksc.physics.ucla.edu

    Ricardo Fonseca | OSIRIS Workshop 2017 osiris 3.0 3 code features · Scalability to ~ 1.6 M cores · SIMD hardware optimized · Parallel I/O · Dynamic Load Balancing · QED module · Particle merging · GPGPU support · Xeon Phi support osiris framework · Massivelly Parallel, Fully Relativistic Particle-in-Cell (PIC) Code
  6. ocs.ciemat.es

    of version 4.0, the framework has been continuously developed to support multiple hardware architectures, and to extend the base algorithm, allowing the code to address an increasingly wider range of problems, all from a common code base. In this work we give an overview of the current status of the OSIRIS framework, describing the multiple
  7. ui.adsabs.harvard.edu

    The OSIRIS Electromagnetic particle-in-cell (EM-PIC) code is widely used in the numerical modeling of many kinetic plasma laboratory and astrophysical scenarios. In this work, we report on the new developments recently introduced into the framework. In particular, we will update on the progress of our dynamic load balancing algorithm and our customized solver for high fidelity laser particle ...
  8. ocs.ciemat.es

    OSIRIS 4.0: new version of the OSIRIS framework R.A. Fonseca 1;2, J. Vieira 1, A. Tableman 3, V.K.Decyk 3, W.B.Mori 3, L.O. Silva 1 ... widely used in kinetic plasma modeling for many astrophysical and laboratory scenarios, with a large worldwide user base. Over the years the code has been continuously improved, adding
  9. absimage.aps.org

    OSIRIS framework, focusing on the new structure of the code that leverages on the object oriented features of Fortran 2003, that are now widely supported by available compilers. Details on the new object-oriented structure, that allows for the encapsu-lation of specific features, and better collaboration between the development team, are given.
  10. absimage.aps.org

    New developments in the OSIRIS 4.0 framework RICARDO FON-SECA, ISCTE - Lisbon University Institute, THAMINE DALICHAOUCH, UCLA, ... Portugal | The OSIRIS [1] Electromagnetic particle-in-cell (EM-PIC) code is widely used in the numerical modeling of many kinetic plasma laboratory and astrophysical scenarios. In this work, we report on ...
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