Active Trust and Fuzzy Logic Based Energy Aware Routing Algorithm for Wireless Sensor Networks

Asha, A.; Arun, C.

doi:10.1166/jctn.2017.6966

Cited by 2 publications

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“…This effectively improves system security, reliability and equality. Asha and Arun (2017) put forward a trust sense-based wireless sensor network security routing framework TSRF. Duan et al (2014) put forward an efficient trust-based wireless sensor networked security routing protocol ETARP.…”

Section: Introductionmentioning

confidence: 99%

Wireless sensor networks secure routing algorithm based on trust value computation

Xu¹

2021

IJIPT

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In this paper, the security attack status in wireless sensor network (WSN) is analysed, and integrated with the features of WSN, a safety trust evaluation mechanism is proposed for WSN. It evaluates the nodes by delivery behaviour of sensor nodes and considers the subjective evaluation with trust value recommendation of other nodes, to establish trust evaluation model which is easy to be implemented. It refers to indirect reputation parameters of neighbour nodes and integrates them to the energy reputation parameters, to achieve comprehensive evaluation value of nodes. The credibility is determined by the degree that is beyond or lower that the threshold. Simultaneously, we also take into account the link quality of links and put forward improved routing setting strategy. The simulation results indicate the model can reflect the credibility of nodes accurately and it can effectively protect malicious libel, which also improves the system security and reliability, to shoe the fairness of network.

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Section: Introductionmentioning

confidence: 99%

Wireless sensor networks secure routing algorithm based on trust value computation

Xu¹

2021

IJIPT

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Trust Mechanism of Feedback Trust Weight in Multimedia Network

Lv¹,

SongHoubing

2021

ACM Trans. Multimedia Comput. Commun. Appl.

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This research aims to solve problems arising from the trust mechanism of multimedia and its mechanism and put forward a Feedback Trust Weighted for Data Fusion algorithm (FTWDF) drawing upon the collaborative filtering algorithm and network fuzzy theory. Also, it has carried out simulation experiments and analyze its performance. It turns out that in the data reliability analysis, the transmission rate of trusted data packets of FTWDF algorithm put forward in this study is higher. In the data precision analysis, it turns out that compared to TMDF and LDTS algorithms, the correct rate under the algorithm put forward in this study is 4.1% and 8.3% higher than TMDF and LDTS. In ML100M and NF5M datasets, the FTWDF-EEFAF model yields a higher precision and thus provides better recommendation results. In the analysis of the number of death nodes, the new clustering algorithm FTWDF-EEFA model serves to increase the survival time of nodes and prolong the lifespan of networks. It improves the survival period of nodes, balances the network load and prolongs the lifespan of networks. In the analysis of energy consumption of nodes, it turns out that the FTWDF-EEFA clustering algorithm can balance the energy consumption of nodes and effectively save the overall energy of nodes. Therefore, through the study, it can be seen that improving existing algorithms serve to effectively increase lifespan of network and improve the trust mechanism. The results are as expected and it offers reference basis for the application of trust mechanism in actual network.

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Active Trust and Fuzzy Logic Based Energy Aware Routing Algorithm for Wireless Sensor Networks

Cited by 2 publications

References 0 publications

Wireless sensor networks secure routing algorithm based on trust value computation

Wireless sensor networks secure routing algorithm based on trust value computation

Trust Mechanism of Feedback Trust Weight in Multimedia Network

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