Nonlinear predictor-based dynamic resource allocation over point-to-multipoint (P2MP) networks: A control theoretical approach

Keyphrases

• Dynamic Resource Allocation 100%
• Nonlinear Predictor 100%
• Point-to-multipoint 100%
• P2P Network 100%
• Network Systems 60%
• Resource Allocation Scheme 40%
• Traffic Change 40%
• Resource Allocation 20%
• Design Guidelines 20%
• Network Traffic 20%
• Analytical Results 20%
• Resource Management 20%
• Controller Design 20%
• Transmission Efficiency 20%
• Broadband Access Network 20%
• Passive Optical Network 20%
• Management Mechanism 20%
• State-space Model 20%
• Load Networks 20%
• Allocation Mechanism 20%
• Controllability of Systems 20%
• P2MP 20%
• System Stability 20%
• General State Space 20%
• System Accuracy 20%
• Pole Placement 20%
• Upstream Transmission 20%

Engineering

• Network System 100%
• Controllability 66%
• Network Access 33%
• Transmissions 33%
• Controller Design 33%
• Design Guideline 33%
• Analytical Result 33%
• Systems Stability 33%
• Passive Optical Networks 33%
• Pole Placement 33%

Computer Science

• Dynamic Resource Allocation 100%
• Theoretical Approach 100%
• Resource Allocation Scheme 40%
• Resource Allocation 20%
• Access Network 20%
• Network Traffic 20%
• State Space 20%
• Design Guideline 20%
• Systems Stability 20%
• Passive Optical Network 20%
• Transmission Efficiency 20%
• Upstream Transmission 20%