Enhancement of Energy Conservation Technologies in Wireless Sensor Network

Thayananthan, Vijey; Alzranhi, Ahmed

doi:10.1016/j.procs.2014.07.052

Cited by 13 publications

(6 citation statements)

References 25 publications

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“…Thayananthan and Alzranhi [29] have proposed the enhancement of energy conservation technologies in WSN. In their method, they used a combination of routing protocols and solar power to enhance energy conservation.…”

Section: Related Workmentioning

confidence: 99%

Cluster based wireless sensor network for forests environmental monitoring

Sinde¹,

Kaijage²,

Njau³

2020

IJATEE

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The importance of conserving forests has been a massive motivation for this research. Forests play an essential role in preventing global warming by absorbing greenhouse gases and building sustainable societies. Forests have a variety of functions, such as land conservation, securing of water sources, control of climate change, and creation of natural environs essential to human existence and regulating the temperature of the atmospheric environment. There have been many changes in the field of wireless technology in the past decade, one of which is undoubtedly the introduction of WSN.

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Section: Related Workmentioning

confidence: 99%

Cluster based wireless sensor network for forests environmental monitoring

Sinde¹,

Kaijage²,

Njau³

2020

IJATEE

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“…Energy conservation in hot countries and the heat loss from devices was the target of a study by Thayananthan et al 25 They discussed energy efficiency routing protocols combined with harvesting solar energy. However, the amount of energy available for harvesting depends greatly on PV cell orientation when using a PV system; this factor was absent from their study.…”

Section: Energy Consumption Of Wsnmentioning

confidence: 99%

Photovoltaics in the assessment of wireless sensor network reliability with changing environmental conditions

Kassan

Châtelet

2017

Quality & Reliability Eng

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This paper presents a reliability assessment of a wireless sensor network (WSN) equipped with mini photovoltaic cells (PV-WSN) under natural environmental conditions while accounting for different types of system failures. In particular, our assessment considers the hardware specifications of the sensors, photovoltaic (PV) specifications, the use of rechargeable batteries, communication protocols, and various elements required for efficient detection of environmental conditions. We accomplished this by developing a simulator that generated data for 2 broad WSN conditions: (1) WSN without PV and (2) WSN with PV. The dynamic source routing protocol was employed for these simulations, and the following variables were assessed for both conditions: WSN reliability, the impact of energy consumption on the network, and the types of failures that lead to sensor unavailability. The following assumptions were made to run the simulation: the distribution of WSN nodes is random, with 1 sink node per rectangular cluster, the sensor nodes are structurally and functionally identical, environmental interference and suboptimal orientation impair PV cell recharge capacity randomly, and no communication loss occurs. Our reliability assessment assumed extreme environmental conditions and further made assessments of component reliability that included the following parameters: sensor and PV cell hardware specifications, the rechargeable nature of PV cell batteries for different sensor activity states, the availability of sunlight for powering PV cells, and the energy efficiency of PV cells. We found that network lifetime was prolonged for the PV-WSN condition over the WSN without PV condition, introducing a role for PV cells as potential energy sources for WSNs.

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“…This failure specifically appears in large-scale transmission of heavy traffic in MANET (Nasehi et al, 2013;Sangwan et al, 2013;Thayananthan&Alzranhi, 2014;Smail et al, 2014;Sharma et al, 2013). In such environment, data packets loss and delay is a very familiar phenomenon due to congestion which appears as a result of the high number bits that holds error compared to the total sent number of bits in the wireless channel (Varaprasad, 2012;Hughes et al, 2012;Mamaghanian et al, 2011).…”

Section: Introductionmentioning

confidence: 99%

An Enhanced Queue Management Approach for Greedy Routing in MANETs

Habboush

Al-Shugran²

2018

CIS

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Mobile Ad-hoc network (MANET) is the guiding technology of ubiquitous era and a cornerstone in the 4G communication architecture. MANET has limited resources and characterized with high mobility and frequent topology change. Routing in MANET should follow these constrains, otherwise, it can severely degrade the performance of MANET. Owing to Greedy routing (GFS) nature in MANET, a certain part of the MANET becomes congested before other parts. In such area the nodes have failed to forward packets in a timely manner or drop them, thus such nodes called Network Holes. This paper presents a simple and efficient enhanced GFS routing algorithm called Intelligent Fuzzy logic Greedy forwarding Scheme (IFGFS). IFGFS consider the De-congestion level of each mobile node as another selective metric besides distance. In order to validate our algorithm, we rely on a wide simulation experiments. The evaluation results showed the correctness of our new proposed algorithm the adaptive-congestion IFGFS which maximize the performance of the network.

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Enhancement of Energy Conservation Technologies in Wireless Sensor Network

Cited by 13 publications

References 25 publications

Cluster based wireless sensor network for forests environmental monitoring

Cluster based wireless sensor network for forests environmental monitoring

Photovoltaics in the assessment of wireless sensor network reliability with changing environmental conditions

An Enhanced Queue Management Approach for Greedy Routing in MANETs

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