Deterministic synthesis of hybrid application-specific network-on-chip topologies

Keyphrases

• System-on-chip 100%
• Network on chip 100%
• NoCs 100%
• Hybrid Application 100%
• Application Characteristics 66%
• Floorplanning 33%
• Latency 33%
• Synthetic Approaches 33%
• Efficient Communication 33%
• Virtual Channel 33%
• Application Traffic 33%
• NoC Topology 33%
• Communication Flow 33%
• Repeater 33%
• Hybrid Topology 33%
• Application-specific NoC 33%
• Shared Bus 33%
• Regular Topology 33%
• NoC Router 33%
• Torus 33%
• Many-core System-on-chip 33%
• Router 33%
• Traffic Pattern 33%
• Processing Element 33%
• Modern Systems 33%
• Link Length 33%
• Deadlock-free 33%
• Deadlock-free Routing 33%
• Length Constraint 33%
• Effective Communication 33%
• Free Path 33%

Computer Science

• Networks on Chips 100%
• Hybrid Application 100%
• System-on-Chip 100%
• Deadlock 40%
• Use Case 20%
• Many-Core 20%
• Virtual Channel 20%
• Processing Element 20%
• Regular Topology 20%
• Effective Communication 20%
• Traffic Pattern 20%

Engineering

• System-on-Chip 100%
• Network-on-Chip 100%
• Free Path 20%
• Hybrid Topology 20%
• Link Length 20%
• Traffic Pattern 20%
• Modern System 20%
• Effective Communication 20%
• Processing Element 20%