Modelling Evaluation of MPLS using Physical and virtual Network on GNS3

TL;DR

This paper evaluates MPLS performance on both physical and virtual networks using GNS3, demonstrating its viability for enhancing network efficiency across different setups.

Contribution

It provides an analysis of MPLS traffic on physical and virtual networks, showing MPLS can operate effectively in both environments.

Findings

MPLS can be successfully implemented on virtual networks.

Virtualization maintains MPLS performance comparable to physical networks.

The study confirms MPLS's suitability for diverse network architectures.

Abstract

The Multi-Protocol Label Switching (MPLS) is an emerging technology which have quality, effectiveness and administration quality. On the contrary, traditional network inside part passage steering conventions ruin the viable acknowledgment of modern activity designing approaches in legacy IP systems. Virtualization of the network could easily be assuring the network performance and virtual network are logically connected with one physical machine so that data could easily be send and get information from one virtual machine to the next machine. The purpose of this Paper is to analyse the traffic of MPLS using physical and virtual networks. This Paper will show that MPLS could also be run on physical and virtual networks. MPLS is running nowadays to provide local area network speed into the wide area Network.