Monte Carlo simulations for the Pierre Auger Observatory using the VO auger grid resources

Keyphrases

• Monte Carlo Simulation 100%
• Pierre Auger Observatory 100%
• Grid Resource 100%
• Dirac 100%
• Extensive Air Showers 66%
• Cosmic Rays 66%
• Shower Simulations 66%
• ARGENTINA 33%
• Radio 33%
• Computation Time 33%
• Fluorescence Telescope 33%
• Surface Detector 33%
• Air Showers 33%
• Lateral Distribution 33%
• Cosmic Rays Detectors 33%
• Shower Particles 33%
• Novelty Detection 33%
• Detector Response 33%
• Offline Software 33%
• Detector Simulation 33%
• Earth's Atmosphere 33%
• Python Script 33%
• Detector Performance 33%
• Slurm 33%
• Software Distribution 33%
• File System 33%
• Reference Library 33%
• Virtual Organization 33%
• HTCondor 33%
• IRODS 33%
• Simulation Task 33%
• Local Clusters 33%
• Simulation Resources 33%
• Job Submission 33%
• Longitudinal Distribution 33%
• Middleware 33%
• Data Redundancy 33%
• Multipurpose Detector 33%
• Grid Production 33%

Physics

• Observatory 100%
• Monte Carlo Method 100%
• Detectors 100%
• Cosmic Ray Showers 40%
• Physics 20%
• Cosmic Ray Detectors 20%
• Earth Atmosphere 20%
• Spatial Distribution 20%