Event-Based Admission Control Over Multi-Hop Networks with Self-Interference

Keyphrases

• Admission Control 100%
• Admission Control Policy 33%
• Analytical Approach 33%
• Centralized Scheduling 33%
• Congestion Control 33%
• Control Mechanism 33%
• Control Performance 100%
• Control Scenarios 33%
• End-to-end Reliability 33%
• Event-based 100%
• Event-triggered 33%
• Event-triggered Control 33%
• Event-triggered Mechanism 33%
• Global Knowledge 33%
• Interference Constraint 33%
• Latency 33%
• Line Network 33%
• Lower End 33%
• Minimum Inter-event Time 66%
• Multi-hop Networks 100%
• Neighbor Node 33%
• Network Congestion 33%
• Network Model 33%
• Networked Control 33%
• Numerical Evaluation 33%
• Packet Loss 33%
• Perfect Knowledge 33%
• Performance Deterioration 33%
• Practical Feasibility 33%
• Proposed Strategy 33%
• Self-interference 100%

Computer Science

• Admission Control 100%
• Analytical Approach 33%
• Congestion Control 33%
• Control Mechanism 33%
• multi-hop network 100%
• Neighboring Node 33%
• Network Congestion 33%
• networked control 33%
• Time-Event 66%
• Triggering Event 100%