A super-programming technique for large sparse matrix multiplication on PC clusters

Keyphrases

• HPC Cluster 100%
• Programming Techniques 100%
• Large Sparse Matrices 100%
• Sparse Matrix multiplication 100%
• Programming Approaches 66%
• Engineering Application 33%
• High Efficiency 33%
• Scientific Applications 33%
• Existing Techniques 33%
• Load Balancing 33%
• High Performance 33%
• Program Development 33%
• Large Matrices 33%
• Matrix multiplication 33%
• Dynamic Load Balancing 33%
• Processing Element 33%
• Sparse Matrices 33%
• Runtime Environment 33%
• Time Dynamics 33%
• Givens Matrix 33%
• Well-balancing 33%
• Matrix-based 33%
• Parallel Environment 33%
• Spare Matrix 33%
• Target Architecture 33%
• Workload Assessment 33%
• Dynamic Partitioning 33%

Computer Science

• Matrix Multiplication 100%
• Programming Technique 100%
• Engineering Application 50%
• Load Balancing 50%
• Scientific Application 50%
• Dynamic Load Balancing 50%
• Processing Element 50%
• Runtime Environment 50%
• Basic Operation 50%
• Library Performance 50%
• Dynamic Partitioning 50%