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A Scientific Research Information System via Intelligent Blockchain Technology for the Applications in University Management
Mobile Information Systems Pub Date : 2022-05-27 , DOI: 10.1155/2022/7512692
Hui Cao 1 , Hui He 2 , Jiahe Tian 3
Affiliation  

The scientific research information system plays an essential role in improving management efficiency and promoting technological innovation in universities. With the increasing computational demand for human-centric research management, blockchain technology, with distributed storage, consensus sharing, and security traceability, has efficiently assisted the research information system in dealing with various issues such as big-data scale, information security, interconnection, rapid response, and private security. A novel scientific information system framework based on intelligent blockchain technology is proposed to promote university scientific research’s information level and management efficiency. Moreover, four smart data contracts, including data collection, verification, sharing, and supervision, are custom-designed under an efficient scientific research information system. Those intelligent contracts provide reliable data security and traceability algorithms to guarantee the practical application of the scientific research information system. The results show that the constructed system can relieve the centralized storage pressure of scientific research information and solve the cross-subject sharing obstacle of massive safety data among different systems. Thereby, the system increases the transparency of scientific evaluation and realizes the credible supervision of scientific research information, which provides a way to promote the innovative application of blockchain technology in scientific research management in colleges and universities.

中文翻译:

基于智能区块链技术的高校管理科研信息系统

科研信息系统在提高高校管理效率、促进技术创新等方面发挥着至关重要的作用。随着以人为中心的科研管理计算需求日益增加,区块链技术以分布式存储、共识共享、安全溯源等特性,高效辅助科研信息系统应对大数据规模化、信息安全、互联互通、快速反应和私人安全。提出了一种基于智能区块链技术的新型科学信息系统框架,以提升高校科研的信息化水平和管理效率。此外,四个智能数据合约,包括数据收集、验证、共享和监督,是在高效的科研信息系统下定制设计的。这些智能合约为科研信息系统的实际应用提供了可靠的数据安全和溯源算法。结果表明,所构建的系统可以缓解科研信息的集中存储压力,解决海量安全数据在不同系统之间的跨学科共享障碍。从而提高了科研评价的透明度,实现了科研信息的可信监管,为推动区块链技术在高校科研管理中的创新应用提供了途径。这些智能合约为科研信息系统的实际应用提供了可靠的数据安全和溯源算法。结果表明,所构建的系统可以缓解科研信息的集中存储压力,解决海量安全数据在不同系统之间的跨学科共享障碍。从而提高了科研评价的透明度,实现了科研信息的可信监管,为推动区块链技术在高校科研管理中的创新应用提供了一条途径。这些智能合约为科研信息系统的实际应用提供了可靠的数据安全和溯源算法。结果表明,所构建的系统可以缓解科研信息的集中存储压力,解决海量安全数据在不同系统之间的跨学科共享障碍。从而提高了科研评价的透明度,实现了科研信息的可信监管,为推动区块链技术在高校科研管理中的创新应用提供了一条途径。结果表明,所构建的系统可以缓解科研信息的集中存储压力,解决海量安全数据在不同系统之间的跨学科共享障碍。从而提高了科研评价的透明度,实现了科研信息的可信监管,为推动区块链技术在高校科研管理中的创新应用提供了途径。结果表明,所构建的系统可以缓解科研信息的集中存储压力,解决海量安全数据在不同系统之间的跨学科共享障碍。从而提高了科研评价的透明度,实现了科研信息的可信监管,为推动区块链技术在高校科研管理中的创新应用提供了途径。
更新日期:2022-05-27
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