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DIY Model for Mobile Network Deployment: A Step Towards 5G for All.

, , and . COMPASS, page 47:1-47:5. ACM, (2018)

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XRC: An Explicit Rate Control for Future Cellular Networks., , , and . ICC, page 2290-2296. IEEE, (2022)DIY Model for Mobile Network Deployment: A Step Towards 5G for All., , and . COMPASS, page 47:1-47:5. ACM, (2018)$x$eoverse: A Real-time Simulation Platform for Large LEO Satellite Mega-Constellations., and . IFIP Networking, page 1-9. IEEE, (2024)Choosing the Right Spot: How Well Are LEO Satellite Gateways Placed? Starlink Case-Study., , and . LEO-NET, page 49-54. ACM, (2024)CUPS Hijacking in Mobile RAN Slicing: Modeling, Prototyping, and Analysis., , , and . CNS, page 38-46. IEEE, (2021)On three use cases of multi-connectivity paradigm in emerging wireless networks.. University of Edinburgh, UK, (2020)British Library, EThOS.Future wireless spectrum below 6 GHz: A UK perspective., and . DySPAN, page 59-70. IEEE, (2015)A browser-side view of starlink connectivity., , , and . IMC, page 151-158. ACM, (2022)WhiteHaul: an efficient spectrum aggregation system for low-cost and high capacity backhaul over white spaces., , , and . MobiSys, page 338-351. ACM, (2020)A decentralized inter-cell interference coordination scheme using multi-objective optimization., , , and . PIMRC, page 1386-1390. IEEE, (2014)