Evaluating the agility of adaptive command and control networks from a cyber complex adaptive systems perspective

Keyphrases

• Control Network 100%
• Cyber 100%
• Command-and-control 100%
• Complex Adaptive Systems 100%
• Systems Perspective 100%
• C2 Network 100%
• Average Path Length 50%
• Information Sharing 50%
• Performance Improvement 25%
• Information Communication 25%
• Network Topology 25%
• Entropy-based 25%
• UAV 25%
• Information Entropy 25%
• Network Attacks 25%
• Agent-based Modeling 25%
• Network Threats 25%
• Information Importance 25%
• Component Fraction 25%
• Initial Network 25%
• Military Systems 25%
• Network Adaptation 25%
• Random Rewiring 25%
• Initial Topology 25%
• Largest Connected Component 25%
• Complex Adaptive System Approach 25%
• Complex Network Method 25%

Computer Science

• Adaptive Systems 100%
• Network Control 100%
• Average Path Length 100%
• Relative Performance 50%
• Critical Component 50%
• Unmanned Aerial Vehicle 50%
• Network Topology 50%
• Complex Environment 50%
• Complex Networks 50%
• Connected Component 50%
• Agent-Based Modeling 50%
• Initial Network 50%
• Military System 50%
• Command and Control (C2) 50%

Engineering

• Pathlength 100%
• Adaptive Systems 100%
• Unmanned Aerial Vehicle 50%
• Relative Performance 50%
• Network Topology 50%
• Agent-Based Modeling 50%
• Connected Component 50%
• Complex Networks 50%