Modelling Failure Conditions in Zigbee based Wireless Sensor Networks

Singh, Apoorva; Snigdh, Itu

doi:10.5815/ijwmt.2017.02.03

Cited by 7 publications

(6 citation statements)

References 11 publications

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“…12b and 12c, respectively. The faults are derived from a subset of faults associated with a ZigBee network covered in existing literature [6,92]. Table 2 shows the faults modeled in our extended wireless system.…”

Section: A Behavioral Specificationmentioning

confidence: 99%

Formal Framework for Safety, Security, and Availability of Aircraft Communication Networks

Dureja

Rozier

2020

Journal of Aerospace Information Systems

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As the costs of fuel and maintenance increase and regulations on weight and environmental impact tighten, there is an increasing push to transition onboard aircraft networks to wireless, reducing weight, fuel, maintenance time, and pollution. A candidate short-range wireless network for aircraft onboard communications is outlined using the common ZigBee protocol and privacy-preserving search implemented as a secure publish/subscribe system using specially coded metadata. Formally specifying safety and security properties and modeling the network in New e(X)tensible Model Verifier enable verification and fault analysis via model checking and lay the groundwork for future certification avenues. Experiments formally analyzing the candidate wireless network are reported, showing overhead and availability for encrypted and fault-tolerant communications. A formal model is proposed, which allows system designers to estimate communication failure rates and directly trade off fault tolerance for bandwidth, while preserving communication security.

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Section: A Behavioral Specificationmentioning

confidence: 99%

Formal Framework for Safety, Security, and Availability of Aircraft Communication Networks

Dureja

Rozier

2020

Journal of Aerospace Information Systems

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“…While we studied other scientific researches regarding SDR and low energy signal penetration we found out that the advantages of our point of view provides better and reliable results, comparing to other methods. In addition, we used the failure in IEEE 802.15.4 ZigBee networks to estimate the life cycle of the network in context of the network property [1] and made our stress check and man-in-the-middle attacks on the behalf of this.…”

Section: Related Workmentioning

confidence: 99%

Men-in-the-Middle Attack Simulation on Low Energy Wireless Devices using Software Define Radio

2019

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The article presents a method which organizes men-in-the-middle attack and penetration test on Bluetooth Low Energy devices and ZigBee packets by using software define radio with sniffing and spoofing packets, capture and analysis techniques on wireless waves with the focus on BLE. The paper contains the analysis of the latest scientific works in this area, provides a comparative analysis of SDRs with the rationale for the choice of hardware, gives the sequence order of actions for collecting wireless data packets and data collection from ZigBee and BLE devices, and analyzes ways which can improve captured wireless packet analysis techniques. The results of the experimental setup, collected for the study, were analyzed in real time and the collected wireless data packets were compared with the one, which have sent the origin. The result of the experiment shows the weaknesses of local wireless networks.

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“…Each node will coordinate with another concurrent node which is called as a sink node. The sink node will play very important role as it is responsible for real-time data display and coordinating other control signals [3]. If sink node fails there will be a chance so that the data will be lost everlastingly with no probability of recuperation, which makes this technology a limited version due to the lagging of information during the failure in communication and makes hard to detect any variations.…”

Section: Zigbeementioning

confidence: 99%

Inter Integrated WSN for Crude Oil Pipeline Monitoring

Bhavyarani¹,

Swamy²,

Jain³

2018

IJCNIS

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An inter-integrated system for crude oil pipeline using Wireless Sensor Network is designed for an incessant monitoring and communication in the desert for a span of 1350 Km from pumping station to harbor stockpiling tanks with 135 distributed control system stations. The proposed wireless sensor network equipment is used to scan the sensor status installed in the pipeline and send the required information utilizing dedicated low bandwidth with Quality of Service level three secured Message Queuing Telemetry Transport. This system generates energy on its own by using the solar panel and stores it in battery banks. Low power controller with Wi-Fi developed by Texas Instruments has been utilized to design a working prototype.

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Modelling Failure Conditions in Zigbee based Wireless Sensor Networks

Cited by 7 publications

References 11 publications

Formal Framework for Safety, Security, and Availability of Aircraft Communication Networks

Formal Framework for Safety, Security, and Availability of Aircraft Communication Networks

Men-in-the-Middle Attack Simulation on Low Energy Wireless Devices using Software Define Radio

Inter Integrated WSN for Crude Oil Pipeline Monitoring

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