Routing algorithm design for power- and temperature-aware NoCs

Keyphrases

• System-on-chip 100%
• Power-aware 100%
• Routing Algorithm 100%
• Thermal Issues 100%
• Algorithm Design 100%
• Temperature Sensing 100%
• Thermal Model 100%
• NoCs 100%
• Popular 50%
• Design Methodology 50%
• On-chip Interconnects 50%
• System Reliability 50%
• Multiprocessor Systems 50%
• Operation Frequency 50%
• Leakage Power 50%
• Game Theory 50%
• Reinforcement Learning 50%
• 3D Stacking 50%
• Integration Density 50%
• Theory Learning 50%
• Design Challenges 50%
• Power Issue 50%
• High Integration 50%
• Route Design 50%
• Primary Design 50%
• Large Power Density 50%
• On-chip Structure 50%
• Temperature Problem 50%
• Stacked Networks 50%

Engineering

• Routing Algorithm 100%
• Network-on-Chip 100%
• Thermal Model 66%
• System Reliability 33%
• System-on-Chip 33%
• Frequency Operation 33%
• Power Density 33%
• Reinforcement Learning 33%
• Multiprocessor System 33%
• High Integration Density 33%
• Temperature Problem 33%

Computer Science

• Networks on Chips 100%
• Routing Algorithm 100%
• Algorithm Design 100%
• Reinforcement Learning 33%
• Design Challenge 33%
• Multi-Processor System-on-Chip 33%