Modern gyrokinetic particle-in-cell simulation of fusion plasmas on top supercomputers

Keyphrases

• Domain Decomposition 100%
• Performance Comparison 100%
• Particle-in-cell Code 100%
• Gyrokinetics 100%
• Fusion Plasma 100%
• Particle-in-cell Simulation 100%
• Network Topology 50%
• Spatial Resolution 50%
• Application Domain 50%
• Optimization Techniques 50%
• Valuable Insight 50%
• Domain Application 50%
• Princeton 50%
• Problem Size 50%
• Shared Memory 50%
• Multiple Levels 50%
• Application Codes 50%
• New Discovery 50%
• Memory Network 50%
• Performance Studies 50%
• High Performance Computing 50%
• Experimental Parameters 50%
• Parallelization 50%
• Parallelizing 50%
• Petascale 50%
• Heterogeneous Systems 50%
• Efficient Utilization 50%
• Level Optimization 50%
• Memory Partitioning 50%
• Interconnect Topology 50%
• Science Capabilities 50%
• Internode 50%
• Memory Interconnects 50%
• Cache Sharing 50%
• Temporal Duration 50%
• Turbulence Simulation 50%
• Blue Gene 50%
• Intel Xeon Phi 50%
• Computing Platform 50%
• D Domain 50%
• Particle-in-cell Method 50%
• Cache Capacity 50%
• Configuration Memory 50%
• Energy Applications 50%
• Parallel Computer Architecture 50%
• Memory Bandwidth 50%
• HPC Systems 50%
• Modern Code 50%

Computer Science

• Domain Decomposition 100%
• Performance Comparison 100%
• Top Supercomputer 100%
• Network Topology 50%
• Optimization Technique 50%
• Application Domain 50%
• Domain Application 50%
• Application Code 50%
• Supercomputer 50%
• Computer Architecture 50%
• Parallelism 50%
• Coprocessor 50%
• Memory Bandwidth 50%
• Computing Platform 50%
• Heterogeneous System 50%
• Spatial Resolution 50%
• Shared Memory 50%
• Vectorization 50%
• Intel Xeon Phi 50%