Robust secrecy rate optimisations for multiuser multiple-input-single-output channel with device-to-device communications

Keyphrases

• Massive multiple-input multiple-output (mMIMO) 100%
• Secrecy Rate Optimization 100%
• Device-to-device Communication 100%
• Optimization Problem 66%
• Transmitter 66%
• Secrecy Rate 66%
• S-procedure 66%
• D2D Communication 66%
• Rate Constraint 66%
• Transmission Rate 66%
• Conservative Approximation 66%
• Communication Nodes 66%
• D2D Transmission 66%
• Minimization Problem 33%
• Model Uncertainty 33%
• Design Basis 33%
• Approximation Methods 33%
• Transmit Power 33%
• Maximization Problem 33%
• Approximation Approach 33%
• Multiple Devices 33%
• Probability-based 33%
• Imperfect Channel State Information 33%
• Channel Uncertainty 33%
• Robust Beamforming 33%
• Power Minimization 33%
• Secrecy Rate Maximization 33%
• Eavesdropper 33%
• Secrecy Communication 33%
• Device-to-device (D2D) Communication 33%
• Non-convexity 33%
• Bernstein Inequality 33%
• Robust Optimization Problem 33%
• Achievable Secrecy Rate 33%
• Probabilistic-based 33%

Engineering

• Nodes 100%
• Optimisation Problem 100%
• Multiuser 100%
• Input Multiple 100%
• Single Output 100%
• Device-To-Device Communication 100%
• Transmissions 66%
• S-Procedure 66%
• Rate Constraint 66%
• Simulation Result 33%
• Model Uncertainty 33%
• Beamforming 33%
• Channel State Information 33%
• Minimization Problem 33%

Computer Science

• Optimization Problem 100%
• Optimisation Rate 100%
• Device-To-Device Communication 100%
• Approximation (Algorithm) 66%
• Transmission Rate 66%
• Rate Constraint 66%
• Robust Optimization 33%
• Multiple Device 33%
• Model Uncertainty 33%
• Device-To-Device 33%
• Minimization Problem 33%
• Channel State Information 33%
• Achievable Secrecy Rate 33%