Resource Allocation in User-Centric Optical Wireless Cellular Networks Based on Blind Interference Alignment

Keyphrases

• Resource Allocation 100%
• Network Applications 100%
• User-centric 100%
• Optical Wireless Communication 100%
• Wireless Cellular Networks 100%
• Blind Interference Alignment 100%
• Optimization Problem 40%
• Access Point 40%
• Visible Light Communication System 40%
• Centralized Algorithm 40%
• Small Area 20%
• High Complexity 20%
• High Performance 20%
• Coverage Area 20%
• Exhaustive Search 20%
• Problem-based 20%
• Network Resources 20%
• Resource Allocation Algorithm 20%
• Resource Allocation Scheme 20%
• Distributed Algorithms 20%
• Wireless Services 20%
• K-means Algorithm 20%
• Confined Area 20%
• Visible Light Communication 20%
• Lagrangian multiplier 20%
• Near-optimal Solution 20%
• Optical Access 20%
• Inter-cell Interference 20%
• Reconfigurable 20%
• Cluster Formation 20%
• Rate Demand 20%
• Photodetector 20%
• User-centric Clustering 20%

Engineering

• Communication Network 100%
• Access Point 100%
• Optimisation Problem 100%
• Cellular Network 100%
• Interference Alignment 100%
• Simulation Result 50%
• Network Resource 50%
• Data Rate 50%
• Subproblem 50%
• Exhaustive Search 50%
• Confined Area 50%
• Cell Interference 50%
• Photodetector 50%
• K-Means Classification Algorithm 50%

Computer Science

• Resource Allocation 100%
• Cellular Network 100%
• Visible Spectrum 100%
• Optimization Problem 66%
• Communication Network 66%
• Access Point 66%
• Exhaustive Search 33%
• Network Resource 33%
• Resource Allocation Scheme 33%
• Distributed Algorithm 33%
• Mean Algorithm 33%
• Lagrangian Multiplier 33%
• intercell interference 33%