66 datasets found

Keywords: Benchmark

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  • DynaBench: Reaction-Diffusion Cloud Low

    This package contains the Reaction-Diffusion equation simulations for a low number of scattered (non-grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Wave Grid Full

    This package contains the Wave equation simulations for the full high-resolution structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Kuramoto-Sivashinsky Grid Low

    This package contains the Kuramoto-Sivashinsky equation simulations for a low number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Gas-Dynamics Cloud High

    This package contains the Gas-Dynamics equation simulations for a high number of scattered (non-grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Wave Grid Low

    This package contains the Wave equation simulations for a low number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Kuramoto-Sivashinsky Grid High

    This package contains the Kuramoto-Sivashinsky equation simulations for a high number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Advection Grid Medium

    This package contains the Advection equation simulations for a medium number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Advection Grid Low

    This package contains the Advection equation simulations for a medium number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Advection Cloud Medium

    This package contains the Advection equation simulations for a medium number of scattered (non-grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Reaction-Diffusion Grid High

    This package contains the Reaction-Diffusion equation simulations for a high number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Gas-Dynamics Grid Full

    This package contains the Gas-Dynamics equation simulations for the full high-resolution structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Advection Grid High

    This package contains the Advection equation simulations for a high number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Burgers Grid Low

    This package contains the Burgers' equation simulations for a low number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Advection Cloud High

    This package contains the Advection equation simulations for a high number of scattered (non-grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Burgers Cloud Low

    This package contains the Burgers' equation simulations for a low number of scattered (non-grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Gas-Dynamics Cloud Low

    This package contains the Gas-Dynamics equation simulations for a low number of scattered (non-grid) observation locations. It is part of the DynaBench dataset.
  • DynaBench: Reaction-Diffusion Grid Low

    This package contains the Reaction-Diffusion equation simulations for a low number of structured (grid) observation locations. It is part of the DynaBench dataset.
  • Pol-InSAR-Island - A Benchmark Dataset for Multi-frequency Pol-InSAR Data Lan...

    Pol-InSAR-Island is the first publicly available multi-frequency Polarimetric Interferometric Synthetic Aperture Radar (Pol-InSAR) benchmark dataset for land cover...
  • Pol-InSAR-Island - A Benchmark Dataset for Multi-frequency Pol-InSAR Data Lan...

    The strong scientific interest and the accompanying rapid development of machine learning, in particular deep learning, has led to a significant improvement in automatic image...
  • Interfacial relaxation - Crucial for phase-field methods to capture low to hi...

    Interfacial relaxation - Crucial for phase-field methods to capture low to high energy drop-film impacts: Benchmark data
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