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Keyphrases
Software-defined Networking
100%
Traffic Engineering
100%
Deep Reinforcement Learning (deep RL)
100%
Pinning Control
100%
Reinforcement Learning Approach
100%
Learning-based
28%
Control Theory
28%
Link Weight
28%
Engineering Schemes
28%
Critical Links
28%
Engineering Policy
28%
Learning Technologies
14%
Learning Collaborative
14%
Large-scale Networks
14%
Controller
14%
Machine Learning
14%
Engineering Solution
14%
Modern Communication
14%
Fixed Model
14%
Communication Networks
14%
Network Technology
14%
Network Traffic
14%
Network Topology
14%
Scalability Issues
14%
Traffic Scheduling
14%
Weighted Shortest Path
14%
Traffic Distribution
14%
Packet-level Simulation
14%
Networked Control
14%
End-to-end Transmission Delay
14%
Deep Reinforcement Learning Algorithm
14%
Network Flow
14%
Efficient Network
14%
Distribution Information
14%
Dynamically Adjust
14%
Solution Efficiency
14%
Scheduling Problem
14%
Control Scheme
14%
Shortest Path Algorithm
14%
Dynamic Linkages
14%
Computer Science
Learning Approach
100%
Software-Defined Networking
100%
Deep Reinforcement Learning
100%
Control Theory
33%
Learning Technology
16%
Distribution Information
16%
Traditional Method
16%
Communication Network
16%
Transmission Delay
16%
Reinforcement Learning
16%
Network Topology
16%
Scheduling Problem
16%
Level Simulation
16%
Shortest Path Algorithm
16%
Network Control
16%
Objective Function
16%
Network Traffic
16%
Forwarding Path
16%
Machine Learning
16%
Learning System
16%