Simulate and compare routing protocols for smart green systems

Victor Chang; Anusha Kamireddy; Qianwen Xu; Jie Li; Charalampos Psarros; Perk Lin Chong

Simulate and compare routing protocols for smart green systems

Victor Chang, Anusha Kamireddy, Qianwen Xu, Jie Li, Charalampos Psarros, Perk Lin Chong

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Abstract

This paper aims to investigate different routing protocols and compares network protocols, including IGRP, RIP, BGP, etc. on key metrics and identified predominant routing protocols. In order to implement the comparison of different routing protocols for smart green systems (RPSGSs), a network has been deployed with a Cisco packet tracer. Furthermore, the commands related to respective routing protocols are selected and used in CLI mode to configure the network. Cisco packet tracer is used since it provides a user-friendly interface on which users can drag and drop many devices to connect together to perform the configuration. The comparative analysis results suggest that EIGRP is a suitable routing protocol for the network that uses Cisco devices and OSPF is the most efficient routing protocol that can be used to transfer the packet from source to destination. RPSGSs allow datagrams to travel in the shortest path throughout the network.

Original language	English
Pages (from-to)	302-329
Journal	International Journal of Business and Systems Research
Volume	16
Issue number	3
Publication status	Published - 4 Mar 2022

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https://www.inderscienceonline.com/doi/abs/10.1504/IJBSR.2022.122530

Cite this

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title = "Simulate and compare routing protocols for smart green systems",

abstract = "This paper aims to investigate different routing protocols and compares network protocols, including IGRP, RIP, BGP, etc. on key metrics and identified predominant routing protocols. In order to implement the comparison of different routing protocols for smart green systems (RPSGSs), a network has been deployed with a Cisco packet tracer. Furthermore, the commands related to respective routing protocols are selected and used in CLI mode to configure the network. Cisco packet tracer is used since it provides a user-friendly interface on which users can drag and drop many devices to connect together to perform the configuration. The comparative analysis results suggest that EIGRP is a suitable routing protocol for the network that uses Cisco devices and OSPF is the most efficient routing protocol that can be used to transfer the packet from source to destination. RPSGSs allow datagrams to travel in the shortest path throughout the network.",

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AU - Kamireddy, Anusha

AU - Xu, Qianwen

AU - Li, Jie

AU - Psarros, Charalampos

AU - Chong, Perk Lin

PY - 2022/3/4

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AB - This paper aims to investigate different routing protocols and compares network protocols, including IGRP, RIP, BGP, etc. on key metrics and identified predominant routing protocols. In order to implement the comparison of different routing protocols for smart green systems (RPSGSs), a network has been deployed with a Cisco packet tracer. Furthermore, the commands related to respective routing protocols are selected and used in CLI mode to configure the network. Cisco packet tracer is used since it provides a user-friendly interface on which users can drag and drop many devices to connect together to perform the configuration. The comparative analysis results suggest that EIGRP is a suitable routing protocol for the network that uses Cisco devices and OSPF is the most efficient routing protocol that can be used to transfer the packet from source to destination. RPSGSs allow datagrams to travel in the shortest path throughout the network.

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JO - International Journal of Business and Systems Research

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Simulate and compare routing protocols for smart green systems

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