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Empirical comparison of virtualized and bare-metal switching for SDN-based 5G communication in critical infrastructures.

, , and . NetSoft, page 453-458. IEEE, (2016)

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Empirical comparison of virtualized and bare-metal switching for SDN-based 5G communication in critical infrastructures., , and . NetSoft, page 453-458. IEEE, (2016)Advanced controller resiliency in software-defined networking enabled critical infrastructure communications., and . ICTC, page 673-678. IEEE, (2017)Enabling hard service guarantees in Software-Defined Smart Grid infrastructures., , and . Comput. Networks, (2018)Machine Learning-Enabled 5G Network Slicing., , , and . Mach. Learn. under Resour. Constraints Vol. 3 (3), De Gruyter, (2022)Predictive 5G Uplink Slicing for Blockchain-driven Smart Energy Contracts., , , and . ICC Workshops, page 19-24. IEEE, (2022)Towards Resilient 5G: Lessons Learned from Experimental Evaluations of LTE Uplink Jamming., , , and . ICC Workshops, page 1-6. IEEE, (2019)Network Slicing for Critical Communications in Shared 5G Infrastructures - An Empirical Evaluation., , , and . NetSoft, page 393-399. IEEE, (2018)Towards Open 6G: Experimental O-RAN Framework for Predictive Uplink Slicing., , , , and . ICC, page 4834-4839. IEEE, (2023)Providing Response Times Guarantees for Mixed-Criticality Network Slicing in 5G., , , , and . DATE, page 552-555. IEEE, (2022)Evaluating Software-Defined Networking-Driven Edge Clouds for 5G Critical Communications., , , and . ICTC, page 405-410. IEEE, (2018)