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计算机系统应用英文版:2021,30(2):89-96
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基于区块链的物联网大坝监测系统架构
(1.华东桐柏抽水蓄能发电有限责任公司, 杭州 310003;2.国网新源控股有限公司, 北京 100761)
Architecture of IoT Dam Monitoring System Based on Blockchain
(1.East China Tongbai Pumped Storage Power Co. Ltd., Hangzhou 310003, China;2.State Grid Xinyuan Company Ltd., Beijing 100761, China)
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Received:June 09, 2020    Revised:July 14, 2020
中文摘要: 针对大坝监控数据存在的安全性与可靠性隐患问题, 本文提出了一种基于区块链(BC)的由传感器云和无人机云组成的系统架构, 以用于监控大坝和确保数据的安全性与可靠性. 其中传感器云提供各种感测数据, 无人机(UAV)云则收集这些数据并将其传送到大坝监控中心(DMC), 区块链技术用于保证数据的完整性、真实性、安全性和可追溯性. 分析表明, 所提出的系统具有很好的伸缩性, 并可以有效保证大坝监测数据来源的可靠性, 数据传输的安全性以及预防潜在的数据攻击. 最后, 本文通过评估数据传递延迟率来评估工作绩效, 仿真结果表明, 所设计系统的延迟率与生成事件概率、重访时间成正相关, 与警报间隔时间成负相关, 且具有更高的支付成功率.
Abstract:With regard to the hidden security and reliability problems of dam monitoring data, this study proposes a system architecture composed of sensor cloud and the Unmanned Aerial Vehicle (UAV) cloud based on BlockChain (BC) technology for monitoring dams to ensure the security and reliability of data. The sensor cloud provides various sensing data, while the UAV cloud collects these data and transmits them to the Dam Monitoring Center (DMC), and the BC technology is applied to ensuring integrity, authenticity, security and traceability of data. The analysis shows that the proposed system has good scalability, which can effectively guarantee the reliable sources of monitoring data and the security of data transmission and prevent potential data attacks. Finally, this study assesses the work performance by evaluating the delay rate of data transfer. The simulation results reveal that the delay rate of the designed system is positively correlated with the probability of generating events and revisit time, but negatively correlated with the alarm interval time, and it presents a higher payment success rate.
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胡忠启,赵锋,李雪强,阎峻,江帆.基于区块链的物联网大坝监测系统架构.计算机系统应用,2021,30(2):89-96
HU Zhong-Qi,ZHAO Feng,LI Xue-Qiang,YAN Jun,JIANG Fan.Architecture of IoT Dam Monitoring System Based on Blockchain.COMPUTER SYSTEMS APPLICATIONS,2021,30(2):89-96