Engineering
Energy Engineering
100%
Energy Conservation
100%
Energy Efficiency
100%
Non-Orthogonal Multiple Access
100%
Millimeter Wave
100%
Power Allocation
100%
Massive MIMO
100%
Simulation Result
33%
Radio Frequency
33%
Basestation
33%
Quality of Service
33%
Chain Structure
33%
Iterative Algorithm
33%
Service Requirement
33%
Channel Correlation
33%
Power Constraint
33%
Optimal Power Allocation
33%
Channel Gain
33%
Keyphrases
Non-orthogonal multiple Access
100%
MmWave MIMO
100%
Energy-efficient Resource Allocation
100%
Energy Efficiency
66%
Quality of Service Guarantee
33%
Base Station
33%
Allocation Problem
33%
Chain Structure
33%
Iterative Algorithm
33%
Channel Correlation
33%
Power Constraint
33%
Power Allocation
33%
Precoding Schemes
33%
Optimal Power Allocation
33%
Massive MIMO Systems
33%
User Cluster
33%
Hybrid Analog-digital Precoding
33%
User Quality-of-service
33%
Channel Gain
33%
Radio Frequency Chains
33%
Energy Efficiency Performance
33%
Computer Science
Energy Efficient
100%
Energy Efficiency
100%
Non-Orthogonal Multiple Access
100%
Power Allocation
100%
Massive MIMO
100%
Quality of Service
33%
Allocation Problem
33%
Service Requirement
33%
Iterative Algorithm
33%
MIMO Systems
33%
Power Constraint
33%
precoding
33%
Optimal Power Allocation
33%
Multiple Access Scheme
33%