Keyphrases
Outage Probability
100%
Scheduling Scheme
66%
Energy Harvesting
66%
Amplify-and-forward Relay
66%
Ultra-reliable Low-latency Communication (URLLC)
66%
Energy Scheduling
66%
Finite Blocklength Coding
66%
Precoder Design
66%
Output Network
66%
Residual Self-interference
66%
Downlink multiuser
66%
Resource Scheduling
66%
Energy Efficient
66%
Markov Decision Process
66%
Bidirectional Communication
66%
Energy Harvesting Nodes
66%
Stochastic Resources
66%
Time Division Duplex
66%
Link Scheduling
66%
Massive multiple-input multiple-output (mMIMO)
66%
Energy Efficiency
66%
Full-duplex
66%
Outage Performance
55%
Base Station
44%
Two Dimensional
33%
Solar Power
33%
Threshold Structure
33%
State-centric
33%
Data Transmission
33%
Energy Expenditure
33%
Signal-to-noise Power Ratio
33%
Bidirectional Communication System
33%
Wireless Fading Channels
33%
Available Energy
33%
Robin
33%
Oriented Links
33%
Battery State
33%
Link Direction
33%
Probability-based
33%
Solar Energy Harvesting
33%
Process Design Framework
33%
Storage Conditions
33%
Channel Fading
33%
Battery Storage
33%
Performance Gain
33%
High Signal-to-noise
33%
Numerical Simulation
22%
Half-duplex
22%
Precoder
22%
Short-packet Transmission
22%
Useful Signal
22%
Decoding Error Probability
22%
Low Latency
22%
Fifth-generation (5G) Communication
22%
Full-duplex Relay
22%
Amplify-and-forward Scheme
22%
Instantaneous Source
22%
Power Allocation Strategy
22%
Closed-form Expression
22%
Relay Node
22%
Relay Networks
22%
Nonconvex
22%
High Reliability
22%
Optimization Problem
22%
Ultra-low
22%
Low-latency Communications
22%
Relay Channel
22%
Error Probability
22%
Ultra-reliable
22%
Transmit Power
22%
Channel Gain
22%
Optimal Power Allocation
22%
Analytical Results
22%
Near-optimal Solution
22%
Destination Node
22%
Engineering
Outage Probability
83%
Energy Harvesting
66%
Precoder Design
66%
Energy Efficiency
66%
Single Output
66%
Self-Interference
66%
Input Multiple
66%
Full-Duplex
66%
Blocklength
66%
Ultra-Reliable Low Latency Communication
66%
Downlink Multi
66%
Multiuser
66%
Nodes
50%
Basestation
44%
Communication System
38%
Outages
33%
Markov Decision Process
33%
Conventional Time
33%
Time Division Duplex Transmission
33%
Fading Channel
33%
Precoders
22%
Simulation Result
22%
Optimisation Problem
22%
Decoding Error
22%
Packet Transmission
22%
Power Allocation Scheme
16%
Analytical Result
16%
Process Design
16%
Optimal Power Allocation
16%
Power Ratio
16%
Two Dimensional
16%
Noise Power
16%
Secondary Battery
16%
Relay Channel
16%
Relay Node
16%
Solar Energy
16%
Channel Gain
16%
Closed Form Expression
16%
Available Energy
16%
Destination Node
16%
Computer Science
Energy Efficient
66%
Scheduling Scheme
66%
Precoder Design
66%
Energy Efficiency
66%
Markov Decision Process
33%
Fading Channel
33%
Division Duplex
33%
Optimization Problem
22%
Key Application
22%
High Reliability
22%
Communication Latency
22%
Decoding Error
22%
Packet Transmission
22%
Design Framework
16%
Computer Simulation
16%
Outage Probability
16%
Performance Gain
16%