Self-Adjustable Trust-Based Energy Efficient Routing for Smart Grid Systems

Xiang, Ming; Bai, Quan; Liu, William

doi:10.1109/wi-iat.2012.89

Cited by 8 publications

(6 citation statements)

References 11 publications

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“…In [18], a new trust-based geographical routing protocol, named as Dynamic Trust Elective Geo Routing (DTEGR) is implemented. DTEGR uses the trust factor with a dynamic threshold value to generate a trust forwarding list, and then uses distance factor as routing metric to decide the next hop from the trust forwarding list.…”

Section: Relate Workmentioning

confidence: 99%

SRDA: A Secure Routing and Data Aggregation Approach for Wireless Smart Meter

Wan¹,

Shang²,

Zeng³

et al. 2016

jcm

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Abstract-For the secure two-way communication and forwarding, this paper proposes SRDA, a secure routing and data aggregation approach for wireless smart meter. This approach introduces the unique wireless smart meter identifier to represent its public identity information, and gives a secure routing architecture based on control and forwarding separation. In this architecture, SRDA uses the proxy re-encryption data aggregation algorithm to protect security of data transmission. By using the routing algorithm according to distance and link quality, SRDA achieves the best routing path and provides several alternative paths which have different priorities. Besides, the identifier-based cryptography mechanism is used to issue and update the routing information in security, and the proxy reencryption mechanism is designed to preserve the data privacy. In conclusion, this paper gives an analysis for the relatively excellent security, scalability and energy efficiency.  Index Terms-Wireless smart meter identifier, secure routing and data aggregation, control and forwarding separation, identifier-based cryptography mechanism

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Section: Relate Workmentioning

confidence: 99%

SRDA: A Secure Routing and Data Aggregation Approach for Wireless Smart Meter

Wan¹,

Shang²,

Zeng³

et al. 2016

jcm

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“…In these two cases, the DTEGR [29] algorithm which we proposed previously will be executed as trust-based geography routing algorithm in the network. The algorithm is running twice in each network where the first run node 4 will performance grey-hole attacks with 50% packet drop rate, and the second run is without any attack.…”

Section: Simulation Studiesmentioning

confidence: 99%

The double-edged sword: Revealing the critical role of structural hole in forming trust for securing Wireless sensor networks

Xiang

Liu

Bai

et al. 2015

2015 International Telecommunication Networks and Applications Conference (ITNAC)

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Security issues for Wireless sensor network (WSN) is always crucial due to its nature. The limitation of computing resources and distributed properties in WSN makes the traditional security mechanisms no longer as feasible in protecting WSN as in wired networks. There is an emerging research area to discover the alternative solutions on trust and reputation mechanisms for WSNs nowadays. The recent studies on trust are mainly focusing on trust modeling so as to effectively detect and avoid malicious activities in the network. To be able to avoid the attacks, the existence of at least an alternative route in the network is required. In this paper, we introduced the new angle of adaptive network to study the interplay between network entities' trust evaluation and its underlie topological connectivity. Inspired from the trust studies in sociology, we found the structural hole has high efficiency in connecting different unconnected networks. But in the security side of view, it is also making the network fragile. These have been confirmed by extensive simulation studies.

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“…Discrete model is to use confident factors between direct trust and reputation to find out the final trust value, ATSR is a typical example of using this technique referenced in Ref. [3]. While the fuzzy logic approach is using value sets to describe the behavior trust then finally use different algorithms to calculate the final value, i.e., average of the value sets.…”

Section: Related Workmentioning

confidence: 99%

“…Therefore, although Smart Grid promises as a "green" technology which can save energy, without handling the trust issues properly, it may consume huge amount of energy by intro- In Ref. [3], we highlight the importance of trust issues in Smart Grid systems, and initially introduced an energy aware geographical routing protocol to tackle these trust issues. This paper advances the Dynamic Trust Elective Geo Routing (DTEGR) protocol to extend our previous work and also provides more technical details of the DTEGR and comprehensive simulation results to validate its advantages.…”

Section: Introductionmentioning

confidence: 99%

Trust-based Adaptive Routing for Smart Grid Systems

Xiang

Bai

Liu

2014

Journal of Information Processing

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Smart Grid is the trend of next generation electrical power system which makes the power grid intelligent and energy efficient. It requires high level of network reliability to support the two-way communication among electrical services, electrical units such as smart meters, and applications. The wireless mesh network infrastructure can provide redundant routes for the Smart Grid communication network to ensure the network availability. Also due to its high level of flexibility and scalability features that make it become a promising solution for Smart Grid. However, similar with many other distributed ad-hoc networks, trust is a critical issue for wireless mesh networks. In this paper, we proposed a novel trust-based geographical routing protocol, named as Dynamic Trust Elective Geo Routing (DTEGR), which allows peers in a Smart Grid system to adjust their interaction behaviors based on the trustworthiness of others. The simulation studies have confirmed that DTEGR can achieve better routing performance in different network scenarios, and also to achieve high level of reliable data transmission in Smart Grid communication networks.

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Self-Adjustable Trust-Based Energy Efficient Routing for Smart Grid Systems

Cited by 8 publications

References 11 publications

SRDA: A Secure Routing and Data Aggregation Approach for Wireless Smart Meter

SRDA: A Secure Routing and Data Aggregation Approach for Wireless Smart Meter

The double-edged sword: Revealing the critical role of structural hole in forming trust for securing Wireless sensor networks

Trust-based Adaptive Routing for Smart Grid Systems

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