A Distributed Architecture for Robust and Optimal Control of DC Microgrids

Keyphrases

• Optimal Control 100%
• Control Design 100%
• Robust Control 100%
• Distributed Architecture 100%
• DC Microgrid 100%
• Control Approach 50%
• Energy Sources 50%
• Microgrid 50%
• Design Approach 50%
• Distributed Power Generation 50%
• Control Architecture 50%
• Power Consumption 50%
• Closed-loop Stability 50%
• Closed-loop Performance 50%
• Load Current 50%
• DC-DC Converter 50%
• Communication Ability 50%
• Optimal Control Theory 50%
• Communication Architecture 50%
• Graceful Degradation 50%
• Prescribed-time 50%
• Power Sharing 50%
• Robust Control Theory 50%
• DC Bus Voltage 50%
• Net Load 50%
• Converter System 50%
• Time-varying Powers 50%
• Distributed Robust Control 50%
• Distributed Optimal Control 50%
• Disturbance Signal 50%

Computer Science

• Power Consumption 100%
• Control Approach 100%
• Distributed Architecture 100%
• Communication Architecture 100%
• Graceful Degradation 100%
• Control Theory 100%
• Distributed Power Generation 100%

Engineering

• DC Microgrid 100%
• Optimal Control 100%
• Closed Loop 66%
• Control Design 66%
• Microgrid 33%
• Distributed Power Generation 33%
• Control Architecture 33%
• Simplifies 33%
• Loop Stability 33%
• Dc Converter 33%
• Current Load 33%
• Distributed Control 33%
• Dc Bus Voltage 33%
• Energy Source 33%