Keyphrases
Resource Allocation Algorithm
100%
Power Splitting Ratio
100%
Energy Harvesting Wireless Sensor Network (EH-WSN)
100%
Mobile Wireless Sensor Networks
100%
Wireless Energy Harvesting
100%
Energy Efficiency Maximization
100%
Mobile Wireless
100%
Wireless Power Transfer
66%
Relay Node
66%
System Energy Efficiency
66%
Power Splitting
66%
Data Forwarding
66%
Wireless Information Transfer
66%
Simultaneous Wireless Power
66%
Simultaneous Wireless Information
66%
Energy Consumption
33%
Number of Iterations
33%
Control Power
33%
Energy Efficiency
33%
Received Power
33%
Discrete Set
33%
Transfer Techniques
33%
Rate Control
33%
Promising Solutions
33%
Fractional Programming
33%
Resource Allocation Problem
33%
Radio Signal
33%
Energy Harvesting
33%
Maximization Problem
33%
Dual Decomposition
33%
Energy Data
33%
Joule
33%
Power Allocation
33%
Power Received
33%
Optimal System
33%
Balance Energy
33%
Energy-constrained Relay
33%
Ambient Radio
33%
Non-convex Energy
33%
Cross-layer Resource Allocation
33%
Continuous Set
33%
Arbitrary Power
33%
Transmit Power
33%
Engineering
Energy Conservation
100%
Energy Harvesting
100%
Sensor Network
100%
Energy Efficiency
100%
Maximization
100%
Wireless Sensor Network
60%
Splitting Ratio
60%
Received Power
40%
Relay Node
40%
Simultaneous Wireless Information and Power Transfer
40%
Simulation Result
20%
Rate Control
20%
Control Power
20%
Data Rate
20%
Resource Allocation Problem
20%
Frequency Signal
20%
Balancing Energy
20%
Layer Resource Allocation
20%
Power Allocation
20%
Radio Frequency
20%
Computer Science
Sensor Networks
100%
Energy Efficiency
100%
mobile wireless sensor network
60%
Resource Allocation
60%
Allocation Problem
20%
Algorithm Converges
20%
Fractional Programming
20%
Power Allocation
20%
Radio Frequency Signal
20%
Energy Consumption
20%
Arbitrary Power
20%
Layer Resource Allocation
20%