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Title	A Way To Design Fog Computing Model For 5G Network Using Vanet
ID_Doc	5818
Authors	Maruthamuthu R.; Patel N.; Yawanikha T.; Jayasree S.; Alsalami Z.; Subbarao S.P.V.
Year	2024
Published	2024 4th International Conference on Advance Computing and Innovative Technologies in Engineering, ICACITE 2024
DOI	http://dx.doi.org/10.1109/ICACITE60783.2024.10617287
Abstract	Intelligent cities rely heavily on smart automobiles, providing portable computing as well as communication capabilities via a wireless link. By Mobile spontaneous groups, computer fog acts as a middleman between automobiles and the web, giving them access to storing, retrieving and abilities to network. With VANET, which stands processing the request to the vehicle takes fewer minutes since it is a latency-sensitive tech. The most well-known problems with fogged and VANETs are congestion and delays. In this study, we created a priority-based fogged approach to intelligent metro automobile journeys, which lowers fog compute time and postpone, to address such issues. 5G localised Multi-Access edge information workstations was also used to enhance the computer fog infrastructures in meeting timely and The caliber of Level standards, which has greatly reduced the latency and wait. In lieu of the study conducted utilizing simply a web-based design, we achieved a 20% reduction in data time. Additionally, we achieved a 35% reduction in CPU usage as compared to the use of a public cloud platform. © 2024 IEEE.
Author Keywords	5G network; cloud computing; computational fog; delay; Fog computing; Internet of Things; latency; smart cities; VANET; vehicle-to-vehicle interaction

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