Baldur: A power-efficient and scalable network using all-optical switches

Keyphrases

• Transistor Laser 100%
• Power Efficient 100%
• Efficient Network 100%
• All-optical Switching 100%
• Power Scalable 100%
• Scalable Network 100%
• Bufferless 50%
• Server Node 50%
• Coding Scheme 25%
• High Power 25%
• Circuit Simulator 25%
• Laser-based 25%
• System Level 25%
• Lower Average 25%
• Design Approach 25%
• Length-based 25%
• High-speed Communication 25%
• Packet Drop 25%
• Design Level 25%
• Less Power 25%
• Packet Forwarding 25%
• Routing Algorithm 25%
• Technology Node 25%
• Congestion 25%
• Clock Recovery 25%
• Network Simulator 25%
• Dropped Packets 25%
• Architectural Level 25%
• Traffic Pattern 25%
• Network Size 25%
• Real Workloads 25%
• Exascale Computing 25%
• Average Latency 25%
• Logic Design 25%
• All-optical Networks 25%
• Data Encoding 25%
• Optical Domain 25%
• Power Improvement 25%
• Radix 25%
• Multi-stage Network 25%
• Optical Packet Switching 25%
• All-optical Clock Recovery 25%
• Clockless 25%

Computer Science

• Power Efficient 100%
• Optical Domain 100%
• Emerging Technology 50%
• Encoding Scheme 50%
• Multiplicity 50%
• Optical Network 50%
• Routing Algorithm 50%
• Network Simulator 50%
• Traffic Pattern 50%
• Exascale Computing 50%
• Average Latency 50%
• Architecture Level 50%
• Logic Structure 50%
• Multistage Network 50%
• Electrical Domain 50%