引用本文:肖炯恩,洪明,丁丽萍.数据驱动的区块链框架下的政府部门间信息共享(英文)[J].控制理论与应用,2024,41(8):1369~1376.[点击复制]
xiao jiong-en,Hong ming,Ding Li-ping.Inter-agency government information sharing under data-driven blockchain framework[J].Control Theory and Technology,2024,41(8):1369~1376.[点击复制]
数据驱动的区块链框架下的政府部门间信息共享(英文)
Inter-agency government information sharing under data-driven blockchain framework
摘要点击 2390  全文点击 52  投稿时间:2022-08-11  修订日期:2024-06-17
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DOI编号  10.7641/CTA.2023.20718
  2024,41(8):1369-1376
中文关键词  政府数据处理  区块链  PageRank  apriori
英文关键词  government data processing  blockchain  PageRank  apriori
基金项目  Project of Guangdong Science and Technology Department (2020B010166005), the Post-Doctoral Research Project (Z000158), the Ministry of Education Social Science Fund (22YJ630167), the Fund project of Department of Science and Technology of Guangdong Province (GDK TP2021032500) and the Guangdong Philosophy and Social Science (GD22YYJ15).
作者单位邮编
肖炯恩 广东财经大学 510320
洪明* 华南理工大学 510641
丁丽萍 广州软件应用技术研究院 
中文摘要
      政府部门间的信息共享对提升政府部门的服务和效率具有重要作用. 目前尚未有有效且安全的方法实现数据 驱动的信息共享以满足政府部门动态的信息共享需求. 针对政府部门间信息共享, 本文提出了一种利用区块链和数据挖 掘技术实现的数据驱动的框架. 首先, 以区块链为核心设计了整个框架, 以实现对政府信息泄露和滥用的监控和预防, 保障信息安全; 然后, 设计了相应的4层次结构, 用以实现提出的框架; 其次, 采用了经典的数据挖掘算法PageRank和 Apriori动态设计信息共享的智能合约, 以实现基于政府部门对公共管理和公共服务的实际需求灵活调整信息共享策略 的目的; 最后, 给出了解释此框架如何运作的一个案例研究.
英文摘要
      The inter-agency government information sharing (IAGIS) plays an important role in improving service and efficiency of government agencies. Currently, there is still no effective and secure way for data-driven IAGIS to fulfill dynamic demands of information sharing between government agencies. Motivated by blockchain and data mining, a data-driven framework is proposed for IAGIS in this paper. Firstly, the blockchain is used as the core to design the whole framework for monitoring and preventing leakage and abuse of government information, in order to guarantee information security. Secondly, a four-layer architecture is designed for implementing the proposed framework. Thirdly, the classical data mining algorithms PageRank and Apriori are applied to dynamically design smart contracts for information sharing, for the purposed of flexibly adjusting the information sharing strategies according to the practical demands of government agencies for public management and public service. Finally, a case study is presented to illustrate the operation of the proposed framework.