Resource Allocation for Secure Wireless Powered Integrated Multicast and Unicast Services with Full Duplex Self-Energy Recycling

Keyphrases

• Resource Allocation 100%
• Wireless Power 100%
• Multicast 100%
• Secure Wireless Communication 100%
• Unicast 100%
• Full-duplex 100%
• Self-energy Recycling 100%
• Transmitter 66%
• Maximization Problem 66%
• Power Station 66%
• Multicast Service 66%
• Multicast Rate 66%
• Rate Region 66%
• Energy Transfer 33%
• Wireless 33%
• Numerical Results 33%
• Covariance Matrix 33%
• Service Type 33%
• Energy Conservation 33%
• Transmission Strategy 33%
• Semidefinite Programming 33%
• Imperfect Channel State Information 33%
• Rank-one 33%
• Artificial Noise 33%
• Eavesdropper 33%
• Non-convexity 33%
• Energy Beamforming 33%
• Transmit Power Constraint 33%
• Optimal Input 33%
• Service Transfer 33%
• Two-level Approach 33%
• Integrated Service Model 33%
• Pareto Optimal Points 33%

Computer Science

• Resource Allocation 100%
• Multicasting 100%
• Full Duplex 100%
• Unicast 100%
• Multicast Service 66%
• Multicast Rate 66%
• Covariance Matrix 33%
• Energy Transfer 33%
• Power Constraint 33%
• Channel State Information 33%
• Semidefinite Programming 33%
• Integrated Service 33%

Engineering

• Energy Engineering 100%
• Full-Duplex 100%
• Power Station 40%
• Rate Region 40%
• Transmissions 20%
• Maximization 20%
• Service System 20%
• Beamforming 20%
• Channel State Information 20%
• Power Constraint 20%
• Integrated Service 20%
• Optimal Input Covariance Matrix 20%
• Pareto Optimal Point 20%