LTE-indoor: A novel PHY layer design for future 5G indoor femtocell networks

Keyphrases

• Design Futures 100%
• PHY Layer Design 100%
• PHY Layer 100%
• Femtocell Networks 100%
• Frame Structure 66%
• Indoor Environment 66%
• Urban Areas 33%
• I-frame 33%
• Ultra-low 33%
• Macrocell 33%
• Channel Model 33%
• Rural Areas 33%
• Aggregation Behavior 33%
• Guard Band 33%
• Gbps 33%
• Symbol Rate 33%
• Carrier Aggregation 33%
• Small Cell 33%
• Cellular Technology 33%
• Low-latency Communications 33%
• Ultra-reliable 33%
• Throughput Loss 33%
• Slot Time 33%
• Subcarrier Spacing 33%
• 5G Heterogeneous Network 33%
• High-order Modulation 33%
• Femtocell 33%

Engineering

• Layer Design 100%
• Femtocells 100%
• Frame Structure 50%
• Subcarrier 25%
• Macrocell 25%
• Channel Model 25%
• Symbol Rate 25%
• Carrier Aggregation 25%
• Higher Order Modulation 25%
• Heterogeneous Network 25%

Computer Science

• Femtocell Network 100%
• Heterogeneous Network 33%
• Carrier Aggregation 33%
• Communication Latency 33%
• Modulationorder 33%