Resilient perimeter control of macroscopic fundamental diagram networks under cyberattacks

Engineering & Materials Science

• Traffic control 100%
• Control systems 56%
• Uncertainty 38%
• Closed loop systems 28%
• Fault detection 28%
• Information technology 26%
• Compensation and Redress 23%
• Communication 15%

Business & Economics

• Diagrams 92%
• Traffic Control 48%
• Fault 23%
• Fault Detection 17%
• Adaptive Control 15%
• Tracking Error 13%
• Parameter Uncertainty 13%
• Life Events 12%
• Information Technology Infrastructure 12%
• Communication Technologies 10%
• System Model 10%
• Simulation 9%
• Vulnerability 9%
• Modeling 8%
• Threat 7%
• Uncertainty 5%
• Performance 3%

Social Sciences

• traffic control 43%
• control system 30%
• uncertainty 13%
• system model 10%
• traffic 8%
• vulnerability 7%
• communication technology 7%
• simulation 7%
• information technology 6%
• infrastructure 6%
• threat 6%
• event 5%
• performance 4%
• literature 3%