Vlan Implementation Using Numerical Modeling
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Keywords:
Network Segmentation, Corporate Network, Performance, Architecture, Numerical ResultsAbstract
This article deals with implementation of VLAN\s and derives its purpose from company’s
operational demands which involve serving one million customers across urban and rural areas alongside
managing smart metering systems and maintaining continuous access to internal databases and
communication tools. The implementation of VLANs previously resulted in network-wide broadcast
storms and inadequate access controls and reduced network performance during peak usage periods.
Network traffic management for both enterprise and public utility systems has emerged as a vital
operational challenge. Virtual Local Area Networks (VLANs) represent a powerful solution to network
management because they create logical partitions that ignore physical network structure. OSHEE operates
as one of Albania's major utility companies through its extensive network infrastructure spanning different
regions. OSHEE uses VLANs to split their internal operations into billing, client services, IT, metering and
archiving departments which results in performance improvement and better bandwidth management and
enhanced security.
The implementation of trucking and inter-VLAN route together with access control policies at companies
resulted in major enhancements to bandwidth utilization and fault isolation and internal data protection.
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