References & Further Reading
References
- A. Sengupta, R. Tandon, and O. Simeone, Cloud and Cache-Aided Wireless Networks: Fundamental Latency Tradeoffs, 2017
Foundational paper introducing the NDT framework. Chapter 8's core definitions, upper bound, and converse all trace to this work.
- O. Simeone, A Very Brief Introduction to Machine Learning with Applications to Communication Systems, 2018
Simeone's broad perspective on cloud-RAN and emerging architectures. Useful background for Chapter 8's motivation.
- R. Tandon and O. Simeone, Cloud-Aided Wireless Networks with Edge Caching: Fundamental Latency Trade-Offs in Fog Radio Access Networks, 2016
Conference version of the 2017 Trans. IT paper. Introduces the fog-RAN model with finite fronthaul.
- M. A. Maddah-Ali and U. Niesen, Fundamental Limits of Caching, 2014
The MAN scheme; provides the caching baseline used in the NDT framework's downlink delivery phase.
- E. Lampiris, P. Elia, and G. Caire, Cache-Aided Cooperation with No CSIT, 2017
The DoF = $t + L$ result extended to the cooperative C-RAN downlink in NDT analysis.
- S.-H. Park, G. Caire, and O. Simeone, Information-Theoretic Perspectives on Coded Caching and Cloud-RAN with Mixed Traffic, 2020
CommIT paper extending NDT to mixed cacheable/uncacheable traffic. Connects NDT with JLEC 2019 separation.
- M. Peng, C. Wang, V. K. Lau, and H. V. Poor, Fronthaul-Constrained Cloud Radio Access Networks: Insights and Challenges, 2015
Practitioner overview of fronthaul-constrained C-RAN. Background for engineering notes.
- China Mobile Research Institute, C-RAN: The Road Towards Green RAN (White Paper), 2011
Original industrial proposal of C-RAN architecture. Pre-dates coded caching; motivated by cost reduction and CoMP.
- E. Lampiris, A. Bhattacharjee, and G. Caire, Fading-Channel Coded Caching, 2021
Used in CommIT extensions of NDT to cache-aided fading architectures — fog massive MIMO.
- Q. Yu, M. A. Maddah-Ali, and A. S. Avestimehr, The Exact Rate-Memory Tradeoff for Caching with Uncoded Prefetching, 2018
Classical coded caching converse result invoked in NDT lower bound derivations.
- R. Tandon and S. Mohajer, New Bounds on the Information Storage Tradeoff in Caching, 2016
Refined converse bounds for cache-aided networks; related to the NDT converse improvements.
- O. Simeone, A. Maeder, M. Peng, O. Sahin, and W. Yu, Cloud Radio Access Networks: Principles, Technologies, and Applications, 2017
Book-length treatment of C-RAN architecture. Good for background before diving into the NDT framework.
- I. Roig, J. Shen, and G. Caire, Practical Cache-Aided Fog Radio Access Networks, 2022
CommIT implementation-focused paper on deployable C-RAN cache architectures. Bridges theory to practice.
Further Reading
Resources for deeper study of cloud-RAN and edge caching.
The Sengupta-Tandon-Simeone journal paper
Sengupta et al., 'Cloud and Cache-Aided Wireless Networks,' IEEE Trans. IT 2017
Definitive treatment of the NDT framework. Sections IV (upper bound) and V (converse) provide the full machinery behind Chapter 8.
Cloud-RAN system overview
Simeone et al., 'Cloud Radio Access Networks: Principles, Technologies, and Applications,' Cambridge 2017
Book-length treatment of the architecture, functional splits, fronthaul options. Essential for the practical framing.
Mixed-traffic extensions
Park-Caire-Simeone, 'Information-Theoretic Perspectives on Coded Caching and Cloud-RAN with Mixed Traffic,' IEEE TCOM 2020
Combines NDT with JLEC separation. Useful for understanding deployments with both cacheable and uncacheable traffic.
Open Fronthaul / ORAN context
ORAN Alliance specifications (oranalliance.org)
For the deployment engineer's perspective on how cache-aided schemes fit into modern modular architecture.