Optimization of traffic engineering in the switched ethernet network using a programming algorithm on the protocol per Vlan Spanning Tree +

Authors

Published 2024-12-15

Issue

Vol. 1 No. 1 (2024)

Section

ORIGINAL ARTICLES

Keywords:

Traffic engineering switched networks MPLS Python STP OSI

Abstract

Networks currently have a large number of platforms that define communication, requiring efficient planning, as well as an adequate network design at the level of layer two and layer three using the OSI model as a reference. Therefore, at the layer three level there is traffic engineering with specificity in MPLS network traffic engineering that provides resources to manage calls and traffic depending on the network's needs. However, layer two, the Spanning Tree Protocol (STP) and its variants do not provide the same as layer three when it comes to traffic engineering. Traffic engineering in switched networks is practically non-existent due to the limitations of the STP protocol and its variants due to the impossibility of independent traffic balancing. Notwithstanding these limitations, programmable networks allow the implementation of configurations natively limited by the STP protocol, making it possible to optimize traffic engineering on the switched Ethernet network using the Python programming language.

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How to Cite

Eduardo, S. G. (2024). Optimization of traffic engineering in the switched ethernet network using a programming algorithm on the protocol per Vlan Spanning Tree +. Gregório Semedo: Science and Development, 1(1), e20. https://revistacdugs.ao/article/view/20

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