AUTOMATION AND OPTIMIZATION OF COMPUTER NETWORKS

Session

Computer Science and Communication Engineering

Description

The progressive growth of technology globally, sometimes even exponentially in certain technology subfields, is undoubtedly a result of global networking. The number of devices and their connections/correlations has reached massive proportions. With the ever-increasing demand for internet connectivity and faster access, we need to design optimal network structures for every category of clients. These network structures must meet specific parameters to be considered optimal. Networks must have scalability potential, which should be the primary focus of global ISPs or ISPs where each of their clients is a lower-level ISP in the hierarchy. Networks should provide the potential for rapid internet access speed for clients. Another critically important parameter is internet accessibility from a temporal perspective. Based on the above-mentioned parameters, we see that they are extremely important, but not exclusive. These can be optimally fulfilled with continuous monitoring and automation of network structures. Micro-level analysis/monitoring of every aspect of network structure creates a massive and highly valuable dataset that can be used for modeling systems to predict future business issues (from the perspective of ISPs) and make more informed decisions for optimizing these networks.

Keywords:

Devices, Connections, Network structures, Scalability, ISPs (Internet Service Providers), Monitoring, Automation, Micro-level analysis, Modeling, Optimization

Proceedings Editor

Edmond Hajrizi

ISBN

978-9951-550-95-6

Location

UBT Lipjan, Kosovo

Start Date

28-10-2023 8:00 AM

End Date

29-10-2023 6:00 PM

DOI

10.33107/ubt-ic.2023.277

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Oct 28th, 8:00 AM Oct 29th, 6:00 PM

AUTOMATION AND OPTIMIZATION OF COMPUTER NETWORKS

UBT Lipjan, Kosovo

The progressive growth of technology globally, sometimes even exponentially in certain technology subfields, is undoubtedly a result of global networking. The number of devices and their connections/correlations has reached massive proportions. With the ever-increasing demand for internet connectivity and faster access, we need to design optimal network structures for every category of clients. These network structures must meet specific parameters to be considered optimal. Networks must have scalability potential, which should be the primary focus of global ISPs or ISPs where each of their clients is a lower-level ISP in the hierarchy. Networks should provide the potential for rapid internet access speed for clients. Another critically important parameter is internet accessibility from a temporal perspective. Based on the above-mentioned parameters, we see that they are extremely important, but not exclusive. These can be optimally fulfilled with continuous monitoring and automation of network structures. Micro-level analysis/monitoring of every aspect of network structure creates a massive and highly valuable dataset that can be used for modeling systems to predict future business issues (from the perspective of ISPs) and make more informed decisions for optimizing these networks.