Harnessing cloud and edge synergies: Toward an information theory of fog radio access networks

Keyphrases

• 5G Systems 25%
• 5G-and-beyond 25%
• Baseband Processing 25%
• C-RAN Architecture 25%
• Caching 25%
• Central Cloud 25%
• Cloud Processing 50%
• Cloud Processors 25%
• Contrast Edge 25%
• Cooperative Transmission 25%
• Delivery Latency 25%
• Edge Caching 75%
• Edge Nodes 75%
• Fog Radio Access Networks (F-RANs) 100%
• Fronthaul Capacity 25%
• Fronthaul Transmission 25%
• Hybrid Architecture 25%
• Information Theoretic Framework 25%
• Information Theory 100%
• Interference Management 25%
• Large Delay 25%
• Latency 25%
• Low-latency Transmission 25%
• Management Capability 25%
• Mobile Broadband Communication 25%
• Multimedia Content 25%
• Multiple Edges 25%
• Popular 25%
• Quality of Service Guarantee 25%
• Resource Caching 25%
• Small-cell Base Stations 25%
• Spectral Efficiency 25%
• Transmission Strategy 25%
• Wireless Networks 25%

Engineering

• Baseband Processing 33%
• Basestation 33%
• Broad Range 33%
• Broadband Communication 33%
• Cooperative Transmission 33%
• Interference Management 33%
• Mobile Broadband 33%
• Multimedia Content 33%
• Nodes 100%
• Quality of Service 33%
• Radio Access Network 100%
• Service Requirement 33%
• Spectral Efficiency 33%
• Transmissions 100%

Computer Science

• Baseband Processing 33%
• Broadband Communication 33%
• Edge Caching 100%
• Hybrid Architecture 33%
• Information Theory 100%
• Interference Management 33%
• Mobile Broadband 33%
• Multimedia Content 33%
• Quality of Service 33%
• Radio Access Network 100%
• Service Requirement 33%
• Spectral Efficiency 33%
• Theoretic Framework 33%
• Wireless Networks 33%