A novel admission control scheme for network slicing based on squatting and kicking strategies
Document typeConference report
PublisherUniversidad de Zaragoza (UZA)
Rights accessOpen Access
New services and applications impose differentquality of service (QoS) requirements on network slicing. Tomeet differentiated service requirements, current Internet servicemodel has to support emerging real-time applications from 5Gnetworks. The admission control mechanisms are expected tobe one of the key components of the future integrated serviceInternet model, for providing multi-level service guarantees withthe different classes (slices) of services. Therefore, this paperintroduces a new flexible admission control mechanism, basedon squatting and kicking techniques (SKM), which can beemployed under network slicing scenario. From the results, SKMprovides 100% total resource utilization in bandwidth contextand 100% acceptance ratio for highest priority class underdifferent input traffic volumes, which cannot be achieved byother existing schemes such as AllocTC-Sharing model due topriority constraints.
CitationHamouda, A.; Hesselbach, X.; Piney, J. A novel admission control scheme for network slicing based on squatting and kicking strategies. A: Jornadas de Ingeniería Telemática. "Actas de las XIV Jornadas de Ingeniería Telemática (JITEL 2019): Zaragoza (España): 22-24 de octubre de 2019". Zaragoza (Aragó): Universidad de Zaragoza (UZA), 2019, p. 3-10.