Power-driven design of router microarchitectures in on-chip networks

Keyphrases

• Design Basis 100%
• Network on chip 100%
• Microarchitecture 100%
• Router Microarchitecture 100%
• Power Drive 100%
• Chip multiprocessor 50%
• Crossbar 50%
• Current Network 50%
• Latency 25%
• Network Architecture 25%
• On-chip Communication 25%
• Tight 25%
• Performance-based 25%
• Energy Dissipation 25%
• Bandwidth Enhancement 25%
• Interconnect Fabric 25%
• Power Saving 25%
• Power Limit 25%
• Power Efficient 25%
• Write-Through 25%
• Network Performance 25%
• Efficient Network 25%
• Cut-through 25%
• Network Power 25%
• Multiprocessor Network 25%
• Saving Potential 25%
• Chip-based 25%
• Delay Requirement 25%

Computer Science

• Networks on Chips 100%
• Microarchitecture 100%
• Router Microarchitecture 100%
• Chip Multiprocessor 50%
• Network Architecture 25%
• System on a Chip 25%
• Network Performance 25%
• Fabric Interconnect 25%
• Power Efficient 25%
• Energy Dissipation 25%