Communication optimizations for global multi-threaded instruction scheduling

Keyphrases

• Chip multiprocessor 33%
• Code Generation 66%
• Communication Instruction 33%
• Communication Optimization 100%
• Compiler Framework 33%
• Compiler Implementation 33%
• Control Dependency 33%
• Data Flow Analysis 33%
• Data Flow Graph 33%
• Dynamic Communication 33%
• Fully-automatic 33%
• Generation Algorithm 66%
• Instruction Scheduling 100%
• Large Region 33%
• Limit Study 33%
• Local Region 33%
• Loop Nest 33%
• Memory Dependence 33%
• Min-cut Algorithm 33%
• Multi-threaded Code 100%
• Multithreaded Applications 33%
• Parallelization 66%
• Parallelizing 33%
• Performance Gain 33%
• Scheduling Techniques 66%
• Sequential Application 33%

Computer Science

• Chip Multiprocessor 33%
• Code Generation 66%
• Control Dependence 33%
• Data Flow Graph 33%
• Data-Flow Analysis 33%
• Instruction Scheduling 100%
• Multiprocessor Design 33%
• Parallelism 33%
• Parallelization 33%
• Performance Gain 33%
• Register Memory 33%