A comprehensive study of task coalescing for selecting parallelism granularity in a two-stage bidiagonal reduction

Computer Science

• Parallelism 100%
• Multicore 100%
• Computational Task 100%
• Granularity 100%
• Power Consumption 50%
• Optimization Technique 50%
• Cache Hierarchy 50%
• Memory Bound 50%
• Execution Context 50%
• Data Dependency 50%
• Shared Memory System 50%
• Multiple Task 50%
• Memory Access Pattern 50%
• Efficient Execution 50%
• Multiple Application 50%
• Computational Complexity 50%

Keyphrases

• Granularity 100%
• Bulge Chasing 40%
• Level Scheduling 20%
• Advanced Optimization Techniques 20%
• Multiple Applications 20%
• Consequence Operation 20%
• Staggering 20%
• Efficient Execution 20%
• Memory Reuse 20%
• Memory Access Patterns 20%
• Cache Power 20%