Portal de Periódicos da CAPES

Routing Performance and Continuous Session Reliability

2021; Óbuda University; Volume: 18; Issue: 6 Linguagem: Inglês

10.12700/aph.18.6.2021.6.2

2064-2687

Stefano-Niko Orzen, Levente Kovács,

Distributed and Parallel Computing Systems

This paper presents the research we have performed on networking technology as a review and summary of our doctoral study.Our work's use is to define real-time communications that are transmitted across the Internet, and we have developed a highresolution work concerning the logic that underlies the routing phenomenon.Routing features were analyzed with respect to current trends and demands that imply the usefulness of resources.Much research exists and is constantly being developed for routing technology at fine grain or grosser scale.As the world needs more and more a means to make way and find paths through the millions of interconnected devices, we have proposed a fault-tolerance methodology that implies reasoning, as well as a concise requirement engineered approach for ensuring QoS.In quality of service, there is the discrepancy of knowing that resources are available and are constantly kept as reserved while different autonomous systems suffer from inadequate resource pooling as a whole.Measurement units such as bits/second, erlangs, and other quantifiable data units have been enabled for the measurement of given networking ability.These abilities are properties of infrastructures or network segments in being capable to send data and all of them fail in front of the dynamic nature of the Internet.As it will be presented, our approach shows that all these units can be more understandably put to use if Queueing Theory, Markov Chains, statistical evaluation, and inter-momentary discrete events are analyzed for the exact context or case that requires an optimal routing decision.