Exploiting locality to ameliorate packet queue contention and serialization

Keyphrases

• Caching 100%
• Serialization 100%
• Packet Queue 100%
• External Memory 37%
• Latency 25%
• System Throughput 25%
• Read-modify-write 25%
• Hardware Cache 25%
• Performance Improvement 12%
• High-throughput 12%
• Intel 12%
• Processing System 12%
• Controller 12%
• Efficiency Gain 12%
• Clock Frequency 12%
• Performance Benefits 12%
• Network Processor 12%
• Coarse-grained Parallelism 12%
• Number of Alternatives 12%
• Multiple Processors 12%
• Memory Operations 12%
• Bandwidth Utilization 12%
• Differentiated Services 12%
• Memory Bandwidth 12%
• Packet Processing 12%
• Linked List 12%
• Write Operation 12%
• Memory Latency 12%
• Traffic Traces 12%
• Absolute Cost 12%
• On-chip Communication 12%
• Traffic Isolation 12%
• Worst-case Throughput 12%
• Write Cycle 12%
• Queue Management 12%
• Packet Scheduling 12%
• Service Isolation 12%
• Closely Coupled 12%
• Low Latency 12%
• Packet Processors 12%
• Queue Structure 12%
• HDL Model 12%

Computer Science

• External Memory 100%
• Data Structure 66%
• Hardware Cache 66%
• High Throughput 33%
• Coarse-Grained Parallelism 33%
• Network Processor 33%
• Differentiated Service 33%
• Memory Bandwidth 33%
• Multiple Processor 33%
• Linked List 33%
• Memory Operation 33%
• Packet Scheduling 33%
• Memory Latency 33%
• Multiple Packet 33%
• Packet Processing System 33%
• Packet Processor 33%
• Write Operation 33%