Transceiver Design and Power Allocation for Full-Duplex MIMO Communication Systems with Spectrum Sharing Radar

Keyphrases

• Communication Systems 100%
• Spectrum Sharing 100%
• Uplink 100%
• Full-duplex 100%
• Power Allocation 100%
• Transceiver Design 100%
• Multiple-input multiple-output Communications 100%
• Base Station 66%
• Detection Probability 66%
• Paucity 33%
• Quality of Service 33%
• Numerical Results 33%
• Nonconvex 33%
• Optimization Techniques 33%
• Wireless Devices 33%
• Cellular Base Station 33%
• Iterative Algorithm 33%
• Promising Technology 33%
• Transceiver 33%
• Ubiquitous Service 33%
• Exponential Increase 33%
• Nonconvex Problem 33%
• Multiple-input multiple-output 33%
• Power Budget 33%
• Basis Power 33%
• Multiple-input-multiple-output Radar 33%
• Licensed Shared Access 33%
• Device Service 33%
• Cellular Systems 33%
• User Station 33%
• Second-order Cone 33%
• Original Problem 33%
• Network Paradigm 33%
• Cellular Communication Systems 33%
• Spectral Coexistence 33%
• Base Station Allocation 33%

Engineering

• Communication System 100%
• Multiple-Input Multiple-Output 100%
• Full-Duplex 100%
• Transceiver 100%
• Power Allocation 100%
• Basestation 66%
• Probability of Detection 66%
• Optimization Technique 33%
• Wireless Device 33%
• Cellular base stations 33%
• Iterative Algorithm 33%
• Quality of Service 33%
• Power Budget 33%
• Convex Problem 33%