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5G and Beyond [2021]
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5G Architecture and the Roll of Wireless Transport
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Introduction
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Introduction to 5G Telecommunication Network
- 2
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Virtual Network Topology Design and E2E Delay Modeling
- 2
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Various Aspects of MOSFET Technology for 5G Communications
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5G Transport Payload: Ethernet-Based Packet-Switched Data
- 3
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The Fixed Wireless Path
- 3
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CMOS Scaled Architecture and Circuit Choices for 5G
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Dynamic Resource Slicing for Service Provisioning
- 4
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Low Noise Amplifiers Designing
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Digital Modulation: The Basic Principles
- 4
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Transport-Layer Protocol Customization for 5G Core Networks
- 5
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Receiver Architectures for 5G: Current Status and Future Prospects
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Performance Optimization Techniques
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Adaptive Medium Access Control Protocols for IoT-Enabled Mobile Networks
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LC VCOs for 5G Networks
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Non-Modulation-Based Capacity Improvement Techniques
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Conclusion and Future Works
- 7
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Mm-wave CMOS Power Amplifiers for 5G
- 7
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Transceiver Architecture, Link Capacity, and Example Specifications
- 8
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Techniques to Improve Gain-Bandwidth 5G ICs
- 8
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A Guide to NG-RAN Architecture
- 9
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GaN-Based Technology for 5G Applications
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NR Physical Layer Overview
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Channel Coding in NR
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5G NR Cell Search and Random Access
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A Primer on Bandwidth Parts in 5G New Radio
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Support of Ultra-reliable and Low-Latency Communications (URLLC) in NR
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5G New Radio in Unlicensed Spectrum
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5G NR Positioning
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NR Integrated Access and Backhaul
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Sky High 5G: New Radio for Air-to-Ground Communications
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5G New Radio Evolution Meets Satellite Communications: Opportunities, Challenges, and Solutions