Distributed linear precoder optimization and base station selection for an uplink heterogeneous network

Keyphrases

• Base Station Association 50%
• Base Station Selection 100%
• Best Response 50%
• Congestion 50%
• Distributed Algorithms 50%
• Effective Approach 50%
• Femto Base Station 50%
• Global Optimality 50%
• Heterogeneous Networks 100%
• Heterogeneous Wireless Networks 50%
• High Mass Loading 50%
• High-throughput 50%
• Joint Optimization Problem 50%
• Linear Precoder 100%
• Load Balancing 50%
• Local Base Station 50%
• Locally Optimal Solutions 50%
• Multiple Access Points 50%
• Nash Equilibrium 100%
• Non-cooperation Game 50%
• NP-hard 50%
• Pico 50%
• Precoder Optimization 100%
• Response Types 50%
• Stationary Solution 50%
• Sum-utility Maximization 50%
• System Throughput 50%
• Uplink 100%
• Utility Function 50%
• Utility Maximization Problem 50%
• Wireless Cellular Networks 50%

Computer Science

• Access Point 50%
• Cellular Network 50%
• Distributed Algorithm 50%
• Effective Approach 50%
• Femto Base Station 50%
• Global Optimality 50%
• Heterogeneous Network 100%
• High Throughput 50%
• Load Balancing 50%
• Multiple Access 50%
• Nash Equilibrium 100%
• Optimization Problem 50%
• Stationary Solution 50%
• Utility Function 50%
• Utility Maximization 50%