Security and Privacy

Ashutosh Dutta,Eman Hammad,Michael Enright,Fawzi Behmann,Arsenia Chorti, Ahmad Cheema, Kassi Kadio, Julia Urbina-Pineda, Khaled Alam, Ahmed Limam, Fred Chu, John Lester, Jong-Geun Park, Joseph Bio-Ukeme, Sanjay S Pawar,Roslyn Layton, Prakash Ramchandran, Kingsley Okonkwo, Lyndon Ong, Marc Emmelmann, Omneya Issa,Rajakumar Arul, Sireen Malik, Sivarama Krishnan, Suresh Sugumar, Tk Lala, Baw Chng,Bharat Rawal, Taha Sajid, Haobo Lai, Glaucio Carvalho, Matthew Borst, Brad Kloza

2023 IEEE Future Networks World Forum (FNWF)（2023）

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摘要

5G/6G technologies provide ubiquitous connectivity while also addressing the demands of both individual consumers and businesses ^[1] . 5G/6G technologies are expected to provide higher throughput, lower latency, higher density and mobility range without compromising reliability. By virtue of its flexibility and an agile development methodology that uses modular network functions, 5G/6G Networks support various use cases that are both scalable and cost-effective. 6G can support exciting new use cases, including massive IoT, smart transportation, e-Health, smart cities, tactile computing, kinesthetic communication, and holographic interactions. 5G and beyond technologies present a paradigm shift of wireless mobile communication ^[1] .

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关键词

5G Cybersecurity,security,privacy,data protection,reliability,resilience,mMTC,URLLC,SDN / NFV,cyber risk assessment and management,threat scenarios,cyber-attacks,security controls,mitigation,defense

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