Multi-GPU performance of incompressible flow computation by lattice Boltzmann method on GPU cluster

Keyphrases

• Lattice Boltzmann Method 100%
• Flow Computation 100%
• Incompressible Flow 100%
• Multi-GPU 100%
• GPU Performance 100%
• GPU 100%
• GPU Cluster 100%
• Data Transfer 25%
• Communication Time 25%
• Multi-node 25%
• Domain Partitioning 25%
• Performance Increase 12%
• Computation Time 12%
• Benchmark Problems 12%
• Computational Load 12%
• Tokyo 12%
• NVIDIA Tesla 12%
• GPGPU 12%
• Data Communication 12%
• Partitioning Method 12%
• Performance Curve 12%
• 1D-2D 12%
• Graphics Applications 12%
• Transfer Process 12%
• CUDA Codes 12%
• Overlap Method 12%
• Total Performance 12%
• Flow around Sphere 12%
• 3D Domain 12%
• MPI Library 12%
• Programming Library 12%
• Lattice Nodes 12%
• Large-scaled 12%
• Gigas 12%
• TSUBAME 12%
• 3D Partitioning 12%
• Overlapping Mode 12%
• Multi-GPU Computation 12%
• Institutes of Technology 12%
• Two-stream 12%
• 1D-3D 12%
• 2D Domain 12%
• D3Q19 Model 12%

Computer Science

• Incompressible Flow 100%
• Graphics Processing Unit 100%
• Data Communication 7%
• Partitioning Method 7%
• Graphic Application 7%
• Benchmark Problem 7%
• Computational Time 7%
• Computational Load 7%