Dynamic VNF Orchestration for UAV-Aided Emergency Networks: A Learning and Optimization Control Loop Framework

Keyphrases

• Base Station 33%
• Block Successive Upper-bound Minimization 33%
• Communication Difficulties 33%
• Control Loop 100%
• Control Optimization 100%
• Cost-effectiveness 33%
• Dynamic Coverage 33%
• Emergency Network 100%
• Emergency Setting 33%
• Emergency Situation 66%
• Emerging Solution 33%
• Flexible Deployment 33%
• Forest Environment 33%
• Gradient Method 33%
• Learning Control 100%
• Maritime Environment 33%
• Multi-agent Deep Deterministic Policy Gradient (MADDPG) 33%
• Non-terrestrial Networks 33%
• O-RAN Architecture 100%
• OpenAirInterface 33%
• Quality of Service 33%
• Rapid Deployment 33%
• Resource Efficiency 33%
• Route Optimization 66%
• Routing Strategy 33%
• Scale Problem 33%
• Service Cost 33%
• Service Function Chain 33%
• Service Function Chain Deployment 33%
• Service Reliability 33%
• Telecom 33%
• Unmanned Aerial Vehicle 100%
• Virtualization 33%
• VNF Orchestration 100%
• VNF Scaling 33%

Computer Science

• Cost-effectiveness 33%
• Emergency Network 100%
• Function Chain 66%
• multi agent 33%
• Open Source 66%
• Proprietary Hardware 33%
• Quality of Service 33%
• Routing Strategy 33%
• Service Function 66%
• Strong Emphasis 33%
• Terrestrial Network 33%
• Unmanned Aerial Vehicle 100%
• Virtualization 33%