Cooperative Radio Source Positioning and Power Map Reconstruction: A Sparse Bayesian Learning Approach

Keyphrases

• Power Source 100%
• User-centric 100%
• Learning Approaches 100%
• Positioning Map 100%
• Sparse Bayesian Learning 100%
• Power Graph 100%
• Map Reconstruction 100%
• Cooperative Radio 100%
• Radio Sources 100%
• Source Positioning 100%
• Base Station 57%
• Signal Strength 42%
• Power-law Decay 28%
• Strength Distribution 28%
• Base Station Location 28%
• Path Loss Model 28%
• Detection Method 14%
• Secondary User 14%
• Cognitive Radio System 14%
• Location Estimation 14%
• Learning Rule 14%
• Time-variant 14%
• Distinctive Features 14%
• Spectrum Utilization 14%
• Basis Power 14%
• Estimation Task 14%
• Laplacian 14%
• Group Sparse 14%
• Measurement Rate 14%
• Total Least Square Method 14%
• Spatial Sparsity 14%
• Sparse Bayesian Learning Methods 14%
• Secondary User Mobility 14%
• Source number Detection 14%
• Spatial Measurement 14%
• Spectrum Sparsity 14%

Engineering

• Primary User 100%
• Learning Approach 100%
• Sparse Bayesian Learning 100%
• Power Map 100%
• Source Radio 100%
• Basestation 85%
• Signal Strength 42%
• Secondary User 28%
• Path Loss 28%
• Grid Point 28%
• Strength Distribution 28%
• Recursive 14%
• Least Square 14%
• Good Performance 14%
• Location Estimation 14%
• Learning Rule 14%
• Laplace Operator 14%
• Sparsity 14%
• Square Method 14%
• Cognitive Radio System 14%
• Power Base Station 14%
• Spatial Sparsity 14%