Context-aware wireless small cell networks: How to exploit user information for resource allocation

Keyphrases

• Resource Allocation 100%
• Context-aware 100%
• Small-cell Base Stations 100%
• User Information 100%
• Wireless Small Cell Networks 100%
• Small Cell 66%
• Frequent Users 66%
• Occasional Users 66%
• Performance Gain 33%
• Contextual Information 33%
• Conventional Techniques 33%
• Contextual Approach 33%
• Number of Users 33%
• Utility Function 33%
• Sum-rate Maximization 33%
• Power Allocation 33%
• Non-cooperation Game 33%
• Pure Nash Equilibrium 33%
• Average Utility 33%
• Fair Allocation 33%
• Two-tier 33%
• Allocation Rate 33%
• Resource Expenditure 33%
• Regular Users 33%
• User Quality-of-service 33%
• Proportional Fair 33%
• Resource Allocation Games 33%

Computer Science

• Resource Allocation 100%
• User Information 100%
• Occasional User 66%
• Quality of Service 33%
• Sufficient Condition 33%
• Performance Gain 33%
• Utility Function 33%
• Power Allocation 33%
• Context Information 33%
• sum rate 33%
• Strategy Nash Equilibrium 33%
• Average Utility 33%