An adaptive low-power control scheme for on-chip network applications

Engineering

• System-on-Chip 100%
• Control Scheme 100%
• Power Control 100%
• Network Application 100%
• Simulation Result 50%
• Energy Engineering 50%
• Interconnects 50%
• Network-on-Chip 50%
• Error Rate 50%
• Voltage Scaling 50%
• Error Detection 50%
• Conflicting Goal 50%
• Data Link 50%
• Power Control Policy 50%

Keyphrases

• Network on chip 100%
• Power Control Strategy 100%
• Low-power Management 100%
• System-on-chip 33%
• Low Energy 33%
• Energy Consumption 33%
• Error Rate 33%
• System-on-chip Design 33%
• Signal Integrity 33%
• On-chip Interconnects 33%
• Conflicting Goals 33%
• Dynamic Voltage Scaling 33%
• Scaling Approach 33%
• Error-detecting Codes 33%
• Power Control Policy 33%
• Low-swing Signaling 33%
• Heterogeneous multiprocessor Systems 33%

Computer Science

• Network Application 100%
• System-on-Chip 100%
• Energy Consumption 50%
• Networks on Chips 50%
• Error Detection 50%
• Signal Integrity 50%
• Transmitted Bit 50%
• Dynamic Voltage Scaling 50%
• Heterogeneous Multiprocessor 50%
• Central Element 50%