Robust max-min fairness resource allocation in sensing-based wideband cognitive radio with SWIPT: Imperfect channel sensing

Keyphrases

• SWIPT 100%
• Max-min Fairness 100%
• Fair Resource Allocation 100%
• Imperfect Channel Sensing 100%
• Wideband Autonomous Cognitive Radios 100%
• Opportunistic Spectrum Access 66%
• Channel State Information 66%
• Transmit Power Allocation 66%
• Sub-channel Assignment 66%
• Sensing-based Spectrum Sharing 66%
• Wireless Power Transfer 33%
• Energy Harvesting 33%
• Performance Gain 33%
• Design Trade-offs 33%
• Implementation Complexity 33%
• Transmit Power 33%
• Search Algorithm 33%
• Energy Utilization 33%
• Wireless Information Transfer 33%
• Simultaneous Wireless Power 33%
• Simultaneous Wireless Information 33%
• Information Ambiguity 33%
• Interference Power 33%
• Future Communication 33%
• Allocation Scheme 33%
• Implementation Cost 33%
• Cognitive Radio 33%
• Resource Allocation Problem 33%
• One-dimensional Search 33%
• Inequality Constraints 33%
• Error Model 33%
• Secondary User 33%
• Spectrum Sensing 33%
• Mixed Integer Programming 33%
• Communication Network Design 33%
• Sensing Time 33%
• Nonconvex Programming 33%
• Opportunistic Spectrum Sensing 33%
• Worst-case Throughput 33%

Engineering

• Max 100%
• Cognitive Radio 100%
• Channel State Information 66%
• Subchannel 66%
• Spectrum Access 66%
• Energy Engineering 33%
• Simulation Result 33%
• One Dimensional 33%
• Energy Harvesting 33%
• Search Algorithm 33%
• Communication Network 33%
• Implementation Complexity 33%
• Simultaneous Wireless Information and Power Transfer 33%
• Resource Allocation Problem 33%
• Secondary User 33%
• Inequality Constraint 33%