Jiao-Hong Qiang, Gao Yang, Ding-Wan Ning, Journal of Information Processing Systems Vol. 20, No. 5, pp. 588-601, Oct. 2024  

https://doi.org/10.3745/JIPS.03.0201
Keywords: Environmental Resource Monitoring, Privacy Protection, Remote-Sensing Network, trust evaluation
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Abstract

High-resolution remote-sensing-network technology has the advantages of low cost, accuracy, and real-time performance in green city environmental resource investigation and management. However, in the “Internet of everything,” open, complex, and resource-intensive edge computing causes problems, such as equipment security issues and data leakage. Thus, the establishment of an effective trust evaluation mechanism has become an important research topic. In this study, the identity trust and behavioral trust of edge devices were combined, and a model was developed for evaluating the dynamic trust of edge devices. Through simulation analysis, the identity verification program has the advantages of good security performance and low bandwidth occupation, which increases the success rate of interaction with a device and enhances its data information security and privacy protection capabilities. Steps for the identity authentication process were identified, a trust evaluation mechanism was devised, and a privacy protection model was developed. Different indices were calculated to monitor environmental resources.

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