Required Performance Analysis for 5G Applications and Use Cases in Various Application Areas

Cilj ovog diplomskog rada je omogućiti detaljan uvid u analizu, koja se odnosi na performanse za inovativnu skupinu aplikativnih rješenja te pripadajućih slučajeva uporabe, u kontekstu raznovrsnih područja primjene mobilne mreže pete generacije. Naime, izvršeno je definiranje mogućih izvedbi arhitekture, prethodno navedene mobilne mreže, kao i definiranje neizostavnih elemenata, koji čine potpuni ekosustav cjelokupne 5G mobilne mreže. Nadalje, unutar ovog diplomskog rada analizirane su nove skupine aplikativnih rješenja, koje se očekuju unutar 5G mobilne mreže, zajedno s pripadajućim slučajevima uporabe. Za svako pojedino aplikativno rješenje, koje se očekuje, iznijeti su i zahtjevi koje je nužno zadovoljiti u cilju razvoja aplikacija. Također, izvršeno je neophodno definiranje parametara kvalitete usluge, kao i iskustvene kvalitete za prethodno navedene aplikacije, slučajeve uporabe te usluge, koje čine sastavni dio 5G mobilne mreže.This thesis aims to provide a detailed insight into the analysis, which relates to performance for innovative groups of application solutions and other related use cases, in the context of various areas of use of the fifth generation mobile network. Namely, defining possible implementations of the architecture was executed regarding the previously mentioned mobile network, as well as defining unavoidable elements, which form a complete ecosystem of the entire 5G mobile network. Furthermore, within this thesis, new groups of application solutions, expected within the 5G mobile network were analyzed, along with the corresponding use cases. For each expected individual application solution, the requirements that need to be fulfilled in the aim of applications’ development, were presented. Also, the necessary definition of the Quality of Service parameters, as well as Quality of Experience for the previously mentioned applications, use cases of the service, which are an integral part of the 5G mobile network