Time-division-multiplexed arbitration in silicon nanophotonic networks-on-chip for high-performance chip multiprocessors

Mathematics

• Chip multiprocessors 100%
• Network on chip 90%
• Nanophotonics 83%
• Photonics 72%
• Arbitration 72%
• Silicon 63%
• High Performance 58%
• Division 44%
• Chip 38%
• Microring Resonator 33%
• Bandwidth 30%
• Wavelength Division multiplexing 25%
• Mesh Networks 25%
• Interconnect 22%
• Microprocessor 21%
• Infrastructure 21%
• Fairness 19%
• Network Design 18%
• Interconnection Networks 18%
• Performance 17%
• Waveguide 17%
• System Modeling 17%
• Die 16%
• Switch 16%
• Subsystem 14%
• Communication 13%
• Continue 13%
• Trace 12%
• Path 10%
• Energy 10%
• Design 9%

Engineering & Materials Science

• Nanophotonics 71%
• Photonics 51%
• Network-on-chip 51%
• Silicon 35%
• Optical switches 30%
• Bandwidth 28%
• Data storage equipment 27%
• Wavelength division multiplexing 24%
• Waveguides 23%
• Resonators 21%
• Microprocessor chips 20%
• Networks (circuits) 12%
• Communication 11%