Enhancing workload-dependent voltage scaling for energy-efficient ultra-low-power embedded systems

Keyphrases

• Energy Efficient 100%
• Ultra-low Power 100%
• Workload-dependent 100%
• Voltage Scaling 100%
• Low-power Embedded Systems 100%
• Power Saving 66%
• Operating Voltage 66%
• Sensor Networks 33%
• Design Basis 33%
• Specific Activity 33%
• System Application 33%
• High Demand 33%
• Processor Design 33%
• Original Design 33%
• Power Reduction 33%
• Activity Characteristics 33%
• Chipset 33%
• Total Power 33%
• Nominal Voltage 33%
• Internet of Things Networks 33%
• Wearable Networks 33%
• Voltage Reduction 33%
• Ultralow Power Systems 33%
• General Purpose Processor 33%
• Minimum Voltage 33%
• Increased Power 33%
• Automated Techniques 33%
• Software Stack 33%
• Safe Operating 33%

Computer Science

• Energy Efficient 100%
• Embedded System 100%
• Single Application 50%
• Processor Design 50%
• Timing Constraint 50%
• Application System 50%
• Software Stack 50%
• General Purpose Processor 50%
• Application Specific Integrated Circuit 50%
• Internet-Of-Things 50%
• Sensor Network 50%

Engineering

• Voltage Scaling 100%
• Operating Voltage 100%
• Power Engineering 50%
• Sensor Network 50%
• Application Specific Integrated Circuit 50%
• Internet-Of-Things 50%
• Constrainedness 50%