Joint signal and channel state information compression for the backhaul of uplink network MIMO systems

Keyphrases

• Backhaul 100%
• Backhaul Capacity 16%
• Backhaul Link 50%
• Base Station 100%
• Cellular Systems 16%
• Channel State Estimation 33%
• Channel State Information 100%
• Compress 16%
• Compress-and-forward 83%
• Distributed Joint Source-channel Coding (DJSCC) 16%
• Effective Solutions 16%
• Ergodic Fading 16%
• Forward Approach 16%
• Forward Strategy 33%
• Information Compression 100%
• Information Signal 16%
• Information-theoretic Optimality 16%
• Joint Compression 16%
• Joint Decoding 16%
• Joint Encoding 16%
• MIMO Networks 100%
• MIMO Systems 100%
• Multiple Base Stations 16%
• Non-coherent Transmission 16%
• Numerical Results 16%
• Performance Gain 16%
• Proper Design 16%
• Proposed Strategy 16%
• Received Signal 50%
• Remote Radio Head 16%
• Semi-coherent 33%
• Separate Estimation 16%
• Training Information 16%
• Training Symbol 16%
• Uplink 33%
• Uplink Network 100%

Engineering

• Assuming 12%
• Basestation 87%
• Central Unit 62%
• Channel State Information 100%
• Distributed Source Coding 12%
• Effective Solution 12%
• Forward Approach 12%
• Joint Encoding 12%
• Joints (Structural Components) 100%
• Multiple-Input Multiple-Output 100%
• Optimality 12%
• Proper Design 12%
• Transmissions 12%

Computer Science

• Cellular System 12%
• Channel State Information 100%
• Coherent Transmission 12%
• Compressed Version 12%
• Distributed Source Coding 12%
• Effective Solution 12%
• Joint Decoding 12%
• Joint Encoding 12%
• MIMO Systems 100%
• Multiple Base Station 12%
• Performance Gain 12%
• Training Signal 12%