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QoS-guaranteed radio resource management in LTE-A co-channel networks with dual connectivity
Ren Hung Hwang
*
, Min Chun Peng, Kai Chung Cheng
*
此作品的通信作者
智慧計算與科技研究所
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引文 斯高帕斯（Scopus）
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Keyphrases
LTE-A
100%
User Equipment
100%
Quality of Service
100%
Radio Resource Management
100%
Co-channel
100%
Channel Network
100%
Dual Connectivity
100%
Almost Blank Subframe
75%
Scheduler
50%
Cell Selection
37%
Base Station
37%
Selection Mechanism
37%
Multi-connectivity
25%
Heterogeneous Networks
25%
3rd Generation Partnership Project (3GPP)
25%
High Data Rate
25%
Data Transmission Rate
25%
Resource Utilization
25%
Cell-edge Users
25%
Q-learning
25%
Cell Range Expansion
25%
Service Satisfaction
25%
Resource Allocation
12%
Congestion
12%
Network Congestion
12%
Challenging Issues
12%
Management Mechanism
12%
Resource Management
12%
Quality of Service Guarantee
12%
Channel Quality
12%
Dynamically Adjust
12%
Paper-based
12%
Bandwidth Limitation
12%
Low Quality Data
12%
Signal-to-interference Ratio
12%
Proportional Fairness
12%
Adaptive Mechanism
12%
Signal Quality
12%
Network Condition
12%
Resource Block
12%
Network Connectivity
12%
HetNet
12%
Satisfaction Rate
12%
Max-min
12%
Cell Edge
12%
Satisfaction Ratio
12%
Novel Resources
12%
Learning Dynamics
12%
One-piece
12%
5G NR
12%
Remaining Resource
12%
Inter-cell Resource Allocation
12%
Engineering
Quality of Service
100%
Radio Resource Management
100%
Subframes
85%
Basestation
42%
Resource Utilisation
28%
Heterogeneous Network
28%
High Data Rate
28%
Cell Edge User
28%
Range Cell
28%
Data Transfer Rate
28%
Q-Learning
28%
Max
14%
Experimental Result
14%
Simulation Result
14%
Service Requirement
14%
Signal-to-Interference-Plus-Noise Ratio
14%
Channel Quality
14%
Signal Quality
14%
Resource Block
14%
Bandwidth Requirement
14%
Network Connectivity
14%
Network Condition
14%
Heterogeneous Network (Communication System)
14%
Indicator Cell
14%
Computer Science
Quality of Service
100%
Radio Resource Management
100%
Channel Network
100%
Heterogeneous Network
28%
Resource Utilisation
28%
Resource Allocation
28%
Congestion Indicator
28%
Experimental Result
14%
Network Congestion
14%
Service Requirement
14%
Channel Quality
14%
Bandwidth Requirement
14%
Proportional Fairness
14%
Signal-to-Noise plus Interference Ratio
14%
Network Condition
14%
Adaptive Mechanism
14%
Network Connectivity
14%
Satisfaction Rate
14%