Low latency 5g distributedwireless network architecture: A techno-economic comparison

Engineering

• Mathematical Model 100%
• Antenna System 100%
• Picocells 100%
• Mobile Network Operator 100%
• Infrastructure 50%
• Capital Expenditure 50%
• Basestation 50%
• Enabling Technology 50%
• Internet of Things 50%
• Massive MIMO 50%
• Software-Defined Networking 50%
• Virtualization 50%
• Network Function 50%

Computer Science

• Network Architecture 100%
• Wireless Networks 75%
• Device-To-Device 50%
• Total Cost of Ownership 50%
• distributed antenna system 50%
• Mobile Network Operator 50%
• Implementation Technology 25%
• Internet of Things 25%
• Architecture Design 25%
• Software-Defined Networking 25%
• Operational Expenditure 25%
• Machine to Machines 25%
• Network Function Virtualization 25%
• Massive MIMO 25%

Keyphrases

• Distributed Wireless Networks 100%
• Distributed Antenna Systems 66%
• Multi-edges 33%
• Network Function Virtualization 33%
• Multi-user multiple-input multiple-output (MU-MIMO) 33%
• Ownership Cost 33%
• Radio Base Stations 33%
• Edge Computer 33%
• Fifth-generation (5G) Technology 33%