摘要
论文利用区块链与物联网的共性,结合区块链的安全性与信息的真实性、即时性,设计了一套基于区块链的环境监测系统。该系统从网络层提升了数据在区块链中传播的速度,在感知层与区块链层中保证了用户节点与系统的安全与会话加密,并且提高了用户节点之间共识的可信度。整体而言,该系统在一定程度上实现了对环境监测区块链的安全性与信息准确性的保证。
The paper uses the commonalities between the blockchain and the internet of things,combined with the security of the blockchain and the authenticity and immediacy of information,and designs a set of environmental monitoring system based on blockchain.The system improves the speed of data propagation in the blockchain from the network layer,ensures the security and session encryption of user nodes and the system in the perception layer and the blockchain layer,and improves the credibility of the consensus between user nodes.On the whole,the system guarantees the security and information accuracy of the environmental monitoring blockchain to a certain extent.
作者
陈锦煌
刘志洋
CHEN Jin-huang;LIU Zhi-yang(School of Information and Science,Xinhua College of Sun Yat-Sen University,Guangzhou 510520,China)
出处
《中小企业管理与科技》
2020年第19期82-83,87,共3页
Management & Technology of SME
基金
中山大学新华学院科研项目:多验证融合的物联网安全感知接入策略的研究(项目编号:2019KYYB03)。
关键词
区块链
身份认证
环境监测
安全共享
blockchain
identity authentication
environmental monitoring
security sharing