BOOK-CHAPTER

Scaling laws for cache-aided device-to-device networks for wireless video

Ming‐Chun LeeMingyue JiAndreas F. Molisch

Year: 2021 Institution of Engineering and Technology eBooks Pages: 221-254   Publisher: Institution of Engineering and Technology

Abstract

Chapter Contents: 9.1 Introduction 9.1.1 Motivation for D2D-based video distribution 9.1.2 D2D scaling laws without caching 9.2 System model 9.2.1 Popularity model 9.2.2 Network model 9.2.3 Target functions for scaling 9.3 Single-hop networks 9.3.1 Scaling law results 9.3.2 Numerical studies under realistic setups 9.4 Multihop networks 9.5 D2D-coded caching 9.5.1 Single-hop-coded D2D caching 9.5.2 An improved coded D2D caching schemes 9.5.3 Extension to multihop coded D2D caching networks 9.6 Practical implementation considerations for D2D caching networks 9.6.1 D2D caching under realistic channel model 9.6.2 D2D caching in mobile networks 9.6.3 Complexity of D2D-coded caching 9.7 Conclusions and further readings References

Keywords:
Computer science Cache Scaling law Computer network Scaling Wireless network Wireless Cellular network Hop (telecommunications) Zipf's law Mathematics Telecommunications

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Topics

Caching and Content Delivery
Physical Sciences →  Computer Science →  Computer Networks and Communications
Image and Video Quality Assessment
Physical Sciences →  Computer Science →  Computer Vision and Pattern Recognition
Green IT and Sustainability
Physical Sciences →  Engineering →  Electrical and Electronic Engineering

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