Keyphrases
5G Technology
20%
5G Ultra-dense Networks
100%
Base Station
20%
Cluster-based
100%
Clustering Methods
20%
Dense Deployment
20%
Handover
40%
Handover Management
60%
Handover Rate
40%
Handover Triggering
100%
High Transmission Rate
20%
Intelligent Handover
100%
Key Performance Indicators
40%
Learning Framework
40%
Macro-mobility
20%
Maintenance System
20%
Management Complexity
20%
Mobile Users
20%
Mobility Robustness
20%
Negative Effects
20%
Network Latency
20%
Network Maintenance
20%
Network Performance
20%
Ping-ping Handover Rate
20%
Ping-pong Handover
20%
Q-learning
40%
Q-table
20%
Radio Resource Management
20%
Reinforcement Learning
100%
Small Base Station
20%
State Vector
20%
Strong Interference
20%
Strong Mobility
20%
Subtractive Clustering
60%
System Workload
20%
Training Process
20%
Triggering Mechanism
100%
Triggering Policy
20%
Ultra-dense Network
60%
User Equipment
100%
Computer Science
Clustering Technique
50%
Handover Management
50%
Handover Process
100%
Key Performance Indicator
100%
Learning Framework
100%
Maintenance System
50%
Negative Effect
50%
Network Latency
50%
Network Performance
50%
Proposed Mechanism
50%
Radio Resource Management
50%
Reinforcement Learning
100%
Training Process
50%
Transmission Rate
50%
Engineering
Basestation
18%
Failure Rate
9%
Handover
100%
Handover Process
18%
Key Performance Indicator
18%
Metrics
9%
Mobile User
9%
Negative Effect
9%
Q-Learning
18%
Radio Resource Management
9%
Reinforcement Learning
100%
Simulation Result
9%
Transmissions
9%