Soft-OLP: Improving hardware cache performance through software-controlled object-level partitioning

Keyphrases

• Cache Performance 100%
• Cache Partitioning 100%
• Software-based 100%
• Hardware Caches 100%
• Control Object 100%
• Object-level 100%
• Data Objects 66%
• Multicore Processors 33%
• Last-level Cache 33%
• Shared Cache 33%
• L2 Cache 33%
• Cache Miss 33%
• Locality Information 33%
• Large Classes 16%
• Software Framework 16%
• Linux Kernel 16%
• Hardware Support 16%
• Data Access 16%
• Caching 16%
• Single Thread 16%
• System Software 16%
• Execution Time 16%
• Heuristic Algorithms 16%
• Histogram 16%
• Performance Degradation 16%
• Multithreaded Programs 16%
• Management Mechanism 16%
• Benchmark Suite 16%
• Access Pattern 16%
• NAS Benchmark 16%
• Cache Space 16%
• Cache Structure 16%
• Trace Sample 16%
• Memory Trace 16%
• Hardware Mechanism 16%
• Intensive Program 16%
• Comparison with a Standard 16%
• Partitioning Framework 16%
• Kernel Set 16%
• Time Locality 16%
• Reuse Distance Histogram 16%

Computer Science

• Multicore Processor 100%
• Critical Path 100%
• Controlled Object 100%
• Hardware Cache 100%
• L2 Cache 100%
• Software Frameworks 50%
• Hardware Support 50%
• Experimental Result 50%
• Computational Kernel 50%
• System Software 50%
• Data Access 50%
• Execution Time 50%
• Heuristic Algorithm 50%
• Performance Degradation 50%
• Threaded Program 50%
• Linux 50%
• Access Pattern 50%
• Reuse Distance 50%
• Cache Structure 50%
• Intensive Program 50%