Robust Secrecy Beamforming and Power-Splitting Design for Multiuser MISO Downlink with SWIPT

Keyphrases

• Computational Complexity 50%
• Constrained Concave-convex Procedure 50%
• Design Optimization 50%
• Design Subject 50%
• Energy Conservation 50%
• Energy Harvesting 100%
• Extracting Information 50%
• Feasibility Conditions 50%
• Higher Rank 50%
• Information Energy 50%
• Iterative Algorithm 50%
• Massive multiple-input multiple-output (mMIMO) 50%
• MU-MISO Downlink 100%
• Multiple Signals 50%
• Nonconvex Problem 50%
• Physical Layer Security 50%
• Power Splitting 100%
• Proposed Design 50%
• Relaxation Method 50%
• Robust Secrecy Beamforming 100%
• Second-order Cone Programming 50%
• Secrecy Rate Maximization 50%
• Security Design 50%
• Semidefinite Relaxation 50%
• Signal-to-interference Ratio 50%
• Simultaneous Wireless Information 50%
• Simultaneous Wireless Power 50%
• Sum Secrecy Rate 50%
• SWIPT 100%
• Weighted Sums 50%
• Wireless Information Transfer 50%
• Wireless Power Transfer 50%

Engineering

• Beamforming 100%
• Computational Complexity 50%
• Design Optimization 50%
• Energy Constraint 50%
• Energy Engineering 50%
• Input Multiple 50%
• Iterative Algorithm 50%
• Maximization 50%
• Multiuser 100%
• Noise Ratio 50%
• Physical Layer Security 50%
• Simulation Result 50%
• Simultaneous Wireless Information and Power Transfer 50%
• Single Output 50%

Computer Science

• Computational Complexity 100%
• Design Optimization 100%
• Extract Information 100%
• Iterative Algorithm 100%
• Physical Layer Security 100%
• Relaxation Method 100%
• Security Design 100%