Abstract
Currently, the increasing network connectivity is becoming more and more complex and the integration of several services continues to appear. These approaches need a guarantee in terms of throughput, the performance of which they potentially impact. So, the basic aim of this research is to get the best MPLS network performance towards linux and FreeBSD operating systems. This is why in this report, we have worked on MPLS network performance, which will help to identify performance metrics. To evaluate the performance, we used those operating systems implementing the MPLS architecture in order to define the best performing between the two on this domain. For this, we used scapy to measure the response times by varying the size of the packets sent and validate the measurements with the MATLAB Simulink. After all experiments, we realized that FreeBSD operating system is more reliable than linux in MPLS network base.
Highlights
IntroductionWe have got an important number of internet users
Nowadays, we have got an important number of internet users
We present the trial results obtained by calculating the average of the values found by rising the length of packets from 10 to 1500 bytes and varying the traffic type to be analyzed
Summary
We have got an important number of internet users. The existing networks in the internet network are unstoppably increasing. It meaningfully requires use of powerful equipment such as a router in order to ensure networks interconnection. A router works hardly if networks are multiple because it includes the routing tables that provide packet routing owing to discover the receiver router of the packet (NEXT-HOP). The routing tables entries enhance (increase) with the networks raise and could be accessed sequentially by destination IP address that leads sometimes to an access time delay. That is why MPLS networks are implemented by researcher, especially for backbone inter-
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