How Much Can D2D Communication Reduce Content Delivery Latency in Fog Networks with Edge Caching?

Keyphrases

• Content Delivery 100%
• Edge Caching 100%
• Delivery Latency 100%
• D2D Communication 100%
• Fog Networks 100%
• Normalized Delivery Time 66%
• Mobile Users 33%
• Cache Performance 33%
• Information Theory 33%
• High Signal-to-noise Ratio 33%
• Policy-based 33%
• Performance Criteria 33%
• Compress-and-forward 33%
• Fronthaul 33%
• Edge Nodes 33%
• Fog Radio Access Networks (F-RANs) 33%
• Downlink Transmission 33%
• Multiplicative Factors 33%
• Device-to-device (D2D) Communication 33%
• Communication Policy 33%
• Latency Reduction 33%
• Worst-case Latency 33%

Computer Science

• Content Delivery 100%
• Edge Caching 100%
• Noise-to-Signal Ratio 50%
• Performance Criterion 50%
• Theoretic Approach 50%
• Radio Access Network 50%
• Multiplicative Factor 50%
• Downlink Transmission 50%
• Device-To-Device 50%
• Latency Reduction 50%
• Communication Policy 50%