Cross-layer provision of future cellular networks: A WMMSE-based approach

Keyphrases

• Cross-layer 100%
• Interference Management 100%
• Minimum Mean Square Error 100%
• Interference Networks 100%
• Future Cellular Networks 100%
• Signal Processing 50%
• Flow Control 50%
• Parallel Processing 50%
• Power Control 50%
• User-centric 50%
• Optimization Framework 50%
• Transceiver Design 50%
• 5G Networks 50%
• User Grouping 50%
• Processing Task 50%
• Promising Technology 50%
• Mass Scale 50%
• Network Congestion 50%
• Route Control 50%
• Backhaul Networks 50%
• Algorithm Framework 50%
• Computing Power 50%
• Cloud Architecture 50%
• Cross-layer Optimization 50%
• Base Station Association 50%
• Node Density 50%
• Signal Processing Algorithms 50%
• Service Coverage 50%
• Virtualized 50%
• Network Provisioning 50%
• Wireless Data 50%
• Cloud Technology 50%
• Cloud Center 50%
• User Admission 50%
• Low Power Node 50%
• Fifth Generation (5G) Network 50%
• Frequency Sharing 50%
• Nodes Networks 50%
• Massive Connectivity 50%

Engineering

• Joints (Structural Components) 100%
• Mean-Squared-Error 100%
• Cellular Network 100%
• Interference Management 100%
• 5G Mobile Communication 100%
• Transceiver 50%
• Nodes 50%
• Basestation 50%
• Power Control 50%
• Practical Aspect 50%
• Processing Algorithm 50%
• Computing Power 50%
• Node Network 50%
• Node Density 50%
• Processing Task 50%
• Power Node 50%

Computer Science

• Cellular Network 100%
• 5G Mobile Communication 100%
• Interference Management 100%
• Parallel Processing 50%
• Optimization Framework 50%
• Research Direction 50%
• Backhaul Network 50%
• Layer Optimization 50%
• Network Congestion 50%
• Signal Processing Algorithm 50%
• Cloud Technology 50%
• Flow Control 50%
• Computing Power 50%
• Processing Task 50%