Blockchain-Based Medical Cyber Physical Systems With Decentralized Threshold signature Scheme

Xianfei Zhou, Hongfang Cheng, Min Li, Fulong Chen
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Abstract

Medical cyber physical systems are information applications of medical industry.A lagrge amount of medical data is stored in MCPS,and there are many challenges in the secure store and data sharing.Using blockchain technology into medical Cyber Physical system has become popular.Blockchain has remarkable features such as tamper proof and privacy protection, and has the function of protecting data in the medical Cyber Physical system.In this paper,we propose a hybrid blockchain,which applied private blockchain and consortium blockchain, After the medical source data is hashed, a hash tree is generated and stored in the private chain of the hospital. The hospital server extracts information to build a new transaction on the consortium chain.the system ensure the secure storage and fast access of data.Still,a threshold signature system is proposed.Aiming at the situation that medical accidents are easy to occur in multidisciplinary joint consultation in the medical process, this paper proposes to use threshold signature for joint consultation.Using the security and tamper-proof of the threshold signature, when the consensus is reached,treatment can be carried out and the medical data is uploaded to the consortium blockchain. The security analysis and performance analysis show that the scheme has advantages in safety and performance and is suitable for the medical environment.
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基于区块链的分散式阈值签名方案医疗网络物理系统
医疗网络物理系统是医疗行业的信息化应用。MCPS中存储着大量的医疗数据,在安全存储和数据共享方面存在诸多挑战。将区块链技术应用于医疗网络物理系统已经成为热门。区块链具有显著的防篡改、隐私保护等特性,在医疗网络物理系统中具有数据保护功能。本文提出了一种混合区块链,该混合区块链应用了私有区块链和联盟区块链,对医疗源数据进行哈希后,生成哈希树并存储在医院私有链中。医院服务器提取信息,在联盟链上建立新的交易。该系统保证了数据的安全存储和快速访问。在此基础上,提出了一种阈值签名系统。针对多学科联合会诊在医疗过程中容易发生医疗事故的情况,本文提出将阈值签名用于联合会诊。利用阈值签名的安全性和防篡改性,当达成共识时,可以进行治疗,并将医疗数据上传到联盟区块链。安全性分析和性能分析表明,该方案在安全性和性能方面具有优势,适合于医疗环境。
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来源期刊
International Journal of Circuits, Systems and Signal Processing
International Journal of Circuits, Systems and Signal Processing Engineering-Electrical and Electronic Engineering
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155
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