Empirical evaluation of OI-MAC: Direct interconnection between wireless sensor networks for collaborative monitoring

Singhanat, Krongboon; Jiang, Teng; Merrett, Geoff V.; Harris, Nick

doi:10.1109/sas.2015.7133594

Cited by 3 publications

(2 citation statements)

References 12 publications

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“…In [7], the framework from ODI was updated to consider the heterogeneity of MAC protocols. While our previous work has validated OI-MAC experimentally [8].This new vision for heterogeneous ODI has only been evaluated through simulations.…”

Section: Introductionmentioning

confidence: 99%

Experimental validation of opportunistic direct interconnection between different Wireless Sensor Networks

Singhanat

Harris

Merrett

2016

2016 IEEE Sensors Applications Symposium (SAS)

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Abstract-Cooperation between Wireless Sensor Networks (WSNs) is needed in order to fully realise the vision for the Internet of Things (IoT). As endeavours towards IoT continue, compatibility and interoperability between distinctive networks in WSNs becomes crucial. However, considering the wide range of WSN applications, heterogeneity in the platforms and communication protocols in use is potentially unavoidable. To help integrate WSNs with IoT, this research studies a framework to enable Opportunistic Direct Interconnection (ODI) between distinctive WSNs. The interconnection of different WSNs, using different internal communication protocols, are practically validated with empirical experiments. ODI involves the addition of a lightweight shared protocol for interconnection between WSNs. The implementation confirms the feasibility of ODI as a practically obtainable system, and quantifies the low overheads in terms of memory and energy.

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Section: Introductionmentioning

confidence: 99%

Experimental validation of opportunistic direct interconnection between different Wireless Sensor Networks

Singhanat

Harris

Merrett

2016

2016 IEEE Sensors Applications Symposium (SAS)

Self Cite

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“…Ref. [5]- [7] showed benets of node collaboration in multidomain WSNs under practical implementation. The results showed that cooperation with co-located sensor devices in dierent networks can increase the network lifetime.…”

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confidence: 99%

Fair Route Selection in Multi-Domain WSNs using Non-Cooperative Game Theory in Separate Sink Scenario

Singsanga

Hattagam

2017

ECTI-EEC

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An important use of multi-domain wireless sensor networks (WSNs) is resource sharing between different networks co-existing in the same area to prolong the network lifetime. The challenge of resource allocation in such scenario is how to determine packet forwarding strategies which are beneficial to all networks under constrained resources in non-cooperative multi-domain WSNs. Therefore, this paper proposes the Non-cooperative game algorithm based on Lemke Howson method (NCG-LH) for a packet forwarding game in non-cooperative multi-domain WSNs. The objective is to achieve the best mutual strategy and improve the network performance between two different network authorities in non-cooperative multi-domain WSNs in separate sink scenario. Results show that NCG-LH can obtain longer network lifetime than the existing routing algorithms particularly in presence of failed nodes and high path loss. NCG-LH also outperforms the other routing algorithms in terms of fair route selection by attaining the lowest average difference in energy consumption.

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Investigation of MAC Algorithms for Cross-Boundary Exchange between Wireless Sensor Networks

Singhanat¹,

Pancharoen²

2021

jcm

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Increasing deployments of wireless sensor networks (WSNs), following the trend of the Internet of Thing (IoT), heightens the probability of the spatial overlap between WSNs in the same local area. The direct communication between distinctive networks can be supported by the direct interconnection between sensor nodes in any possible intersecting area. The packet transfer between the neighbouring networks offers multiple benefits by sharing data or network resources. However, the communication protocol adopted by each WSN can be different due to its conditions design and preferences preventing transmission and reception of packets from other network domains. One of the possible solutions for the compatibility problem is using a lightweight communication protocol for communication across the boundary while allowing networks to use its preferred communication stack inside its domain. This work investigates the MAC algorithm used for communication across the network boundary. The synchronous/asynchronous duty cycle MAC algorithm is practically evaluated by using a testbed. The experiment results suggest using the synchronous duty cycle protocol for communication across the network boundary consumes less energy offers improved latency and reliability than the previously proposed asynchronous duty cycle protocol.

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Empirical evaluation of OI-MAC: Direct interconnection between wireless sensor networks for collaborative monitoring

Cited by 3 publications

References 12 publications

Experimental validation of opportunistic direct interconnection between different Wireless Sensor Networks

Experimental validation of opportunistic direct interconnection between different Wireless Sensor Networks

Fair Route Selection in Multi-Domain WSNs using Non-Cooperative Game Theory in Separate Sink Scenario

Investigation of MAC Algorithms for Cross-Boundary Exchange between Wireless Sensor Networks

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