AI-Based Intrusion Detection Enabling Cyber-Resilience in Grid Forming Inverters

Keyphrases

• Artificial Intelligence 100%
• Intrusion Detection 100%
• Detection Method 100%
• Damping Coefficient 100%
• Inertia Coefficient 100%
• Optimal Power Sharing 100%
• Cyber Resilience 100%
• Grid-forming Inverter 100%
• Artificial Intelligence Techniques 50%
• Cyber-attacks 50%
• Control Layer 50%
• Coefficient Value 50%
• Hardware Configuration 50%
• Experimental Validation 50%
• False Data Injection Attack 50%
• Communication Line 50%
• Supervisory Control 50%
• Primary Control 50%
• Rate of Change of Frequency (ROCOF) 50%
• Main Controller 50%
• Power Frequency 50%
• Attack Vectors 50%
• Multiple Attacks 50%
• System Frequency 50%
• Time Estimation 50%
• Frequency Behavior 50%
• System Optimal 50%
• System Variability 50%
• IEEE System 50%
• Malware Attacks 50%
• System Trajectory 50%
• System Disturbance 50%
• Dynamic Frequency 50%
• Event-triggered Strategy 50%
• False Data Injection 50%
• Voltage Measurement 50%
• Change Frequency 50%

Engineering

• Artificial Intelligence 100%
• Inverter 100%
• Damping Coefficient 100%
• Inertia Coefficient 100%
• optimal power 100%
• Supervisory Control 50%
• Change Rate 50%
• Cyber Attack 50%
• Artificial Intelligence Technique 50%
• Primary Controller 50%
• Malware 50%
• System Frequency 50%
• Hardware Setup 50%
• Frequency Behavior 50%
• Electrical Measurement 50%

Computer Science

• Intrusion Detection 100%
• Artificial Intelligence 100%
• Cyber Resilience 100%
• Damping Coefficient 66%
• Cyber Attack 33%
• Frequency System 33%
• False Data Injection Attacks 33%
• Malware 33%
• System Dynamics 33%
• Coefficient Value 33%
• System Trajectory 33%
• Event-triggered 33%