Network Reconfiguration for Enhanced Operational Resilience using Reinforcement Learning

Keyphrases

• Organizational Resilience 100%
• Network Reconfiguration 100%
• Reinforcement Learning 100%
• Tie Switch 100%
• Actor-critic Algorithm 100%
• Resilience 66%
• Distribution Feeder 66%
• Control Algorithm 33%
• Reconfiguration 33%
• System Topology 33%
• Load Shedding 33%
• Extreme Weather Events 33%
• Exceptional Performance 33%
• Fast-acting 33%
• Computationally Expensive 33%
• System State 33%
• Markov Process 33%
• Learning-based 33%
• Operational Characteristics 33%
• Resilience Enhancement 33%
• Node Distribution 33%
• Time Application 33%
• Stochastic Optimization Problem 33%
• Agent Framework 33%
• Distribution Network Reconfiguration 33%
• State Capture 33%
• Feeder Topology 33%
• Feeder System 33%
• Electric Power Supply 33%
• Reinforcement Learning Algorithm 33%
• Power System Control 33%
• Large-scale Stochastic Optimization 33%
• Markov Decision Process 33%
• Switching Action 33%
• Failure Scenarios 33%

Engineering

• Reconfiguration 100%
• Reinforcement Learning 100%
• Nodes 50%
• Control Algorithm 50%
• Power Supply 50%
• Optimisation Problem 50%
• Operational Characteristic 50%
• System State 50%
• Reinforcement Learning Technique 50%
• Control Study 50%
• Markov Decision Process 50%
• Failure Scenario 50%
• Distribution Network 50%
• Power system control 50%

Computer Science

• Reconfiguration 100%
• Reinforcement Learning 100%
• Optimization Problem 33%
• Markov Process 33%
• Distribution Network 33%
• Control Algorithm 33%
• Stochastic Optimization 33%
• Learning Technique 33%
• Markov Decision Process 33%
• Agent Framework 33%
• Real-Time Application 33%
• Failure Scenario 33%
• Operational Characteristic 33%