Multi-User SWIPT Cooperative Networks: Is the Max-Min Criterion Still Diversity-Optimal?

Keyphrases

• Cooperative Networks 100%
• Multi-user 100%
• SWIPT 100%
• Max-min Criterion 100%
• Diversity Gain 60%
• Energy Harvesting 60%
• Relay Selection 40%
• Analytical Results 40%
• Source-destination Pair 40%
• User Scheduling 40%
• Single User 20%
• Optimal Strategy 20%
• Energy Use 20%
• Selection Criteria 20%
• Scheduling Problem 20%
• Fundamental Change 20%
• Performance Comparison 20%
• Scheduling Approach 20%
• Diversity Loss 20%
• User Pairing 20%
• Energy Harvesting Networks 20%
• Max-min 20%

Engineering

• Multiuser 100%
• Cooperative Network 100%
• Energy Harvesting 80%
• Diversity Gain 60%
• Analytical Result 40%
• Simulation Result 20%
• Single User 20%
• Selection Criterion 20%

Computer Science

• Diversity Gain 100%
• Source Destination Pair 66%
• Scheduling Problem 33%
• Optimal Strategy 33%
• Performance Comparison 33%
• Selection Criterion 33%