WITHDRAWN: Implementation of FANET energy efficient AODV routing protocols for flying ad hoc networks [FEEAODV]

Mariyappan, K.; Christo, Mary Subaja; Khilar, Rashmita

doi:10.1016/j.matpr.2021.02.673

Cited by 14 publications

(4 citation statements)

References 14 publications

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“…O cenário consiste em uma rede com 40% dos nós agindo como origem, 40% como destino, e 20% dos nós agindo apenas como relés e todos possuem capacidade de roteamento e um nó origem é par de um único nó destino. Os nós implementam o padrão IEEE 802.11p com raio de transmissão de 500 m [Mariyappan et al 2021], possuem trajetória aleatória com velocidade constante, mas escolhida aleatoriamente entre 18 km/h e 144 km/h [Mahmud and Cho 2019]. A simulac ¸ão é feita em uma área de 125.000km³ onde a propagac ¸ão é modelada utilizando o modelo de Friis.…”

Section: Resultsunclassified

GWPRP: Um Protocolo de Roteamento de Camada Cruzada Guloso e baseado em Localização para Redes Ad-Hoc Voadoras

Moreira¹,

Medeiros²

2023

Anais Do XXII Workshop Em Desempenho De Sistemas Computacionais E De Comunicação (WPerformance 2023)

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As Redes Ad-hoc Voadoras (Flying Ad-hoc Networks - FANETs) potencializam a capacidade de cobertura em redes celulares por meio do encaminhamento de dados em múltiplos saltos usando Veículos Aéreos Não Tripulados (Unmaned Aerial Vehicles - UAVs). A qualidade do enlace, no entanto, depende de diversas características, incluindo o espaço tridimensional, não considerado pelos protocolos de roteamento clássicos de redes ad-hoc, mesmo quando consideram o posicionamento dos nós. Este artigo propõe o GWPRP (Greedy Weighted Perimeter Routing Protocol), um protocolo de roteamento guloso de camada cruzada baseado em posição. O GWPRP toma decisões de encaminhamento considerando informações sobre o espaço tridimensional, a camada de enlace e a estabilidade do enlace adjacente. O protocolo é avaliado em ambiente simulado comparando o desempenho com o GPSR (Greedy Perimeter Stateless Routing) e o EE HELLO AODV (Energy Efficient Hello Ad-hoc On-Demand Distance Vector), uma variante do AODV para FANETs. Os resultados mostram que o GWPRP alcança taxa de entrega de pacotes média 2,58% maior que o ADOV e 4,22% maior que o GPSR com menor atraso e jitter médios fim-a-fim.

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Section: Resultsunclassified

GWPRP: Um Protocolo de Roteamento de Camada Cruzada Guloso e baseado em Localização para Redes Ad-Hoc Voadoras

Moreira¹,

Medeiros²

2023

Anais Do XXII Workshop Em Desempenho De Sistemas Computacionais E De Comunicação (WPerformance 2023)

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“…Mariyappan et al 19 proposed the energy efficient AODV routing protocol for flying ad hoc networks. The approach focused on the energy usage of the different OSI layers.…”

Section: Related Workmentioning

confidence: 99%

Mobility Management UAV‐based Grouping routing protocol in flying ad hoc networks for biomedical applications

Ananthi

Jose

2022

Int J Communication

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Wireless body area networks play a vital role in the medical field by saving human lives. It senses the human body condition and transmits it to the respective doctors. The faster the communication, the sensed data can be transmitted faster and the patients in emergency can be treated on time.Therefore, to increase the speed of communication, Unmanned Aerial Vehicles (UAV) are used in biomedical applications. In this flying ad hoc network, there is a possibility of link failure due to the high mobility of UAV. To overcome this issue, a new routing protocol, Mobility Management UAV-based Grouping (MMUG), for biomedical data transmission from one ground station to another via UAV is suggested in this research. The UAV creates the grouping system based on the coverage range of the group head. Group head selects the node that lies closer to the ground station. Group head continuously monitors the mobility of the unmanned aerial vehicles that lie in the coverage range and thus helps to maintain the link stability. The mobility issue will be overcome by using this proposed scheme, and it manages the mobility. The mobility management helps to increase the network performance by increasing the delivery rate and throughput and reducing the drop rate and overhead. Simulation results show that this routing protocol achieves 86% delivery rate and 1.95 Mbps throughput and reduces the drop rate by 14%, control overhead by 23%, and routing overhead by 20%. Moreover, this model achieves higher network performance compared to the existing techniques.

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“…Authors considered only scalable network as the criteria in clustering decision and did not focus on routing protocols. Mariyappan et al [13] proposed an energy aware routing protocol for FANET with Residual Energy Minimum (REM), Total Residual Energy (TRE), and Hop count as a routing cost metric. The next hop is selected based the routing metric, so that routing path is energy balanced.…”

Section: Related Workmentioning

confidence: 99%

Routing with Multi-Criteria QoS for Flying Ad-hoc Networks (FANETs)

Reddy¹,

Sekhar²

2022

IJACSA

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Flying Ad-hoc Network (FANET) is a type of Adhoc network on backbone of Unmanned Aerial Vehicle (UAV). These networks are used for providing communication services in case of natural disasters. Dynamic changes in link quality and mobility distort the Quality of Service (QoS) for routing in FANETs. This work proposed a Multi Criteria QoS Optimal Routing (MCQOR) guided by prediction of link quality and three-dimensional (3D) movement of FANET nodes. The network is clustered based on prediction of movement of nodes. Over the clustered topology, routing path is selected in reactive manner with joint optimization of packet delivery ratio, delay, and network overhead. In addition, cross layer feedback is used to reduce the packet generation rate and congestion in network.Through simulation analysis, the proposed routing protocol is found to have 3.8% higher packet delivery ratio, 26% lower delay and 14% lower network overhead compared to existing works.

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WITHDRAWN: Implementation of FANET energy efficient AODV routing protocols for flying ad hoc networks [FEEAODV]

Cited by 14 publications

References 14 publications

GWPRP: Um Protocolo de Roteamento de Camada Cruzada Guloso e baseado em Localização para Redes Ad-Hoc Voadoras

GWPRP: Um Protocolo de Roteamento de Camada Cruzada Guloso e baseado em Localização para Redes Ad-Hoc Voadoras

Mobility Management UAV‐based Grouping routing protocol in flying ad hoc networks for biomedical applications

Routing with Multi-Criteria QoS for Flying Ad-hoc Networks (FANETs)

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