Energy Efficient Routing Protocols for Wireless Sensor Network

Punjani, Kanika; Tyagi, Sudhanshu

doi:10.1007/978-3-030-40305-8_14

Cited by 15 publications

(9 citation statements)

References 45 publications

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“…En la actualidad, persisten los desafíos para realizar el enrutamiento para redes inalámbricas de sensores en infraestructuras lineales, relacionados con el ahorro del consumo de energía de los nodos, facilidad para el despliegue de nodos, escalabilidad, conectividad, cobertura y seguridad [13].…”

Section: Estado Del Arteunclassified

Red inalámbrica de sensores con topología lineal sin capa de red

Acosta

Castiñeira

Costa-Montenegro

2021

RITI

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A particular case of wireless sensor networks are those that have a linear topology. These networks are used in monitoring large-scale linear infrastructures that are characterized by having thousands of sensor nodes, hundreds of hops and great lengths. The requirements for routing in linear topologies are minimal relative to the requirements of other topologies. There are currently several network architectures and routing protocols for wireless sensor networks, which have been created based on the application that will run on the nodes. Routing protocols designed for mesh, tree, and star topologies are very complex when applied to linear multi-hop topologies, resulting in large processing delays. This article defines the relevance of the existence of the network level in the network architecture with linear topology, for which the functions of the network protocols that are applicable to linear topologies are analyzed. Finally, it is justified that the network level is not necessary in wireless sensor networks with linear topology, and as a consequence, the network levels that the new network architecture should have are proposed.

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Section: Estado Del Arteunclassified

Red inalámbrica de sensores con topología lineal sin capa de red

Acosta

Castiñeira

Costa-Montenegro

2021

RITI

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“…En cualquier caso, como toda red, en una LWSN se requiere una gestión eficiente para satisfacer los requisitos de calidad de servicio. Los requisitos de diseño de protocolos de enrutamiento [47] están enfocados a satisfacer las necesidades calidad de servicio en redes multisalto con topología malla y árbol. Los objetivos de enrutamiento para redes con una única ruta física son totalmente diferentes en comparación a las redes que disponen de varias rutas.…”

Section: Enrutamientounclassified

Revisión de requisitos, protocolos y desafíos en LWSN

Egas

Gil‐Castiñeira

2020

Maskay

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Las redes inalámbricas de sensores son aplicables en diferentes topologías, un caso especial es la topología lineal, la cual está presente en el monitoreo de infraestructuras lineales a gran escala. Los requisitos de las topologías lineales difieren de las otras topologías. Las arquitecturas y protocolos para las redes inalámbricas de sensores son referencias que se modifican en función de la aplicación, estas arquitecturas y protocolos son muy complejos si se les aplica a topologías lineales con miles de nodos. En este artículo se discute los estándares y protocolos existentes aplicables a las redes inalámbricas de sensores lineales, se definen sus características muy particulares y como los protocolos existentes pueden satisfacer los requisitos de redes con topología lineal. Luego se presenta información relacionada con las redes inalámbricas de sensores lineales, el control de acceso al medio, el enrutamiento, el transporte y los requerimientos específicos de este tipo redes. Finalmente, se identifica los desafíos para los protocolos existentes y algunos desafíos para los nuevos protocolos diseñados para topologías lineales.

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“…In addition to this, numerous protocols namely SEP, HEED, V‐LEACH are employed to improve the network performances. The hierarchically based routing protocols are employed in clustering the sensor nodes resulting in aggregating the data to save energy 15 . WSN is also influenced by various other factors namely data delivery, transmission media, scalability, effective routing, and power consumption.…”

Section: Introductionmentioning

confidence: 99%

Multi‐objective moth swarm based sailfish model for optimal routing in wireless sensor network

Gunasekar

Natesan²,

Samiayya

2022

Concurrency and Computation

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In recent years, the WSN are emerging swiftly since it finds applications in various domains including weather monitoring, attack detection, industrial monitoring, monitoring of submarine organisms, patient monitoring as well as the monitoring of ecological disorders. But WSN is also influenced by various other factors like network lifetime and energy consumption. It is necessary to provide an energy effective protocol to conquer certain troubles that includes packet delivery ratio, network lifetime, residual energy as well as effective routing in WSN. Therefore, this article aims to propose a novel protocol to enhance the energy efficiency of the network thereby providing an optimal routing path. This can be achieved by selecting an optimal cluster head that maintains communication between the base station and the sensor node. In this article, a novel multi-objective moth swarm based sailfish (MOMS-SF) technique is employed in selecting an optimal cluster head. The proposed MOMS-SF technique enhances the network lifetime and minimizes the energy consumption of the network. Finally, the evaluation results are conducted to determine the network performances of the proposed MOMS-SF approach. Also, a comparative analysis is carried out and the graphical analyzes for various parameters are made for various approaches to determine the effectiveness of the proposed system.

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Energy Efficient Routing Protocols for Wireless Sensor Network

Cited by 15 publications

References 45 publications

Red inalámbrica de sensores con topología lineal sin capa de red

Red inalámbrica de sensores con topología lineal sin capa de red

Revisión de requisitos, protocolos y desafíos en LWSN

Multi‐objective moth swarm based sailfish model for optimal routing in wireless sensor network

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