Control and Optimization of Energy Efficiency in Small-Footprint Embedded Systems: A Coupled Hybrid Systems Model

Keyphrases

• Embedded Systems 100%
• Coupled Hybrid Systems 100%
• Small Footprint 100%
• Hybrid System Model 100%
• Energy Consumption Optimization 100%
• Energy Use 50%
• System Control 50%
• Subsistence 50%
• Networked Embedded Systems 50%
• Energy Measurement 50%
• Energy Systems 50%
• Physical Aspects 50%
• Minimum Energy 50%
• Power Gating 50%
• Hierarchical Model 50%
• System Use 50%
• Scaling Power 50%
• Graph Model 50%
• Power Use 50%
• Measure Controls 50%
• Functional Performance 50%
• System Platform 50%
• Clock Power 50%
• Computational Aspects 50%
• Dynamic Programming 50%
• Sleep Mode 50%
• Multistage Graphs 50%
• Voltage-frequency Scaling 50%
• Edge Devices 50%
• Hardware Resources 50%
• Hardware Implementation Architecture 50%
• Hardware Configuration 50%

Engineering

• Energy Efficiency 100%
• Energy Engineering 100%
• Energy Conservation 100%
• Model System 100%
• Illustrates 33%
• Control System 33%
• Engineering 33%
• Platform System 33%
• Internet of Things 33%
• Dynamic Programming 33%
• Related Application 33%
• Responsiveness 33%
• Multistage 33%
• Sleep Mode 33%
• Functional Performance 33%

Computer Science

• Energy Efficiency 100%
• Embedded Systems 100%
• Hybrid System Model 100%
• Related Application 33%
• Internet of Things 33%
• Hierarchical Model 33%
• Dynamic Programming 33%
• Hardware Implementation 33%
• Hardware Resource 33%
• Hardware Configuration 33%