Increasing power efficiency of multi-core network processors through data filtering

Computer Science

• Multicore 100%
• Network Processor 100%
• Power Efficiency 100%
• Data Filtering 100%
• Power Consumption 40%
• Temporal Locality 40%
• Temporal Data 40%
• L2 Cache 20%
• Process Data 20%
• Filtering Method 20%
• Core Processor 20%
• Chip Multiprocessor 20%
• Multiprocessor System 20%
• Load Instruction 20%
• Conflict Miss 20%
• single-chip 20%

Keyphrases

• Power Efficiency 100%
• Multi-core Network Processor 100%
• Data Filtering 100%
• Power Consumption 40%
• Temporal Data 40%
• Temporal Locality 40%
• System Buses 40%
• Process Data 20%
• Overall Power 20%
• L2 Cache 20%
• High Capacitance 20%
• Network Processor 20%
• Core Processor 20%
• Multiprocessor Systems 20%
• Multiple Executions 20%
• Single-chip multiprocessors 20%
• Conflict Misses 20%
• Execution Units 20%