面向图书馆和医疗隐私的区块链智能合约的跨域设计

Y. Kuo, J. Shieh
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引用次数: 4

摘要

由信息安全专家设计的区块链技术通过智能合约为图书馆服务和医疗保健服务赋能。先进的区块链技术为智能合约提供了一种机制。通过智能阈值设计和区块链的开放性和防篡改性,智能合约已经成为新一代信息安全技术。在新一代图书馆服务中,传统的图书馆借阅资料已演变为电子资料的限时共享服务。这些电子资料有不同的借阅期限和共享时间,因借阅者的特权不同而不同。为了更有效地传播图书馆信息,收集准确的图书馆数据,本研究设计了一个以读者为中心的智能合约。智能合约自动触发贷款期限,并将此机制扩展到设计个人健康隐私共享协议,完善一次性授权共享机制。因此,本研究可以通过跨域考虑和方案提供图书馆信息和医疗保健共享的区块链智能合约设计。
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Cross-domain Design of Blockchain Smart Contract for Library and Healthcare Privacy
The blockchain technology designed by information security experts empowers in library service and healthcare service via smart contracts. Advanced blockchain technology provides a mechanism for smart contracts. Through intelligent threshold design and the open and tamper-proof nature of the blockchain, smart contracts have become a new generation of information security technology. In the next-generation library services, traditional borrowing materials from the library have evolved into a limited-time sharing service for electronic materials. These electronic materials have various loan periods and sharing time-varying by different borrower privileges. This study designs a patron-centric account's smart contract to disseminate library information more effectively and collect accurate library data. The smart contract automatically triggers the loan period and extends this mechanism to designing a personal health privacy sharing protocol for improving the one-time authorization sharing mechanism. As a result, this study may provide blockchain smart contract designs shared by library information and healthcare through cross-domain consideration and scheme.
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