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Security of Patient’s Privacy in E-Health using Secret Sharing and Homomorphism Encryption Scheme

机译:使用秘密共享和同态加密方案的电子医疗中患者隐私的安全性

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摘要

Cryptography schemes have been proposed in many applications to encrypt cloud storage health records (HRs) with affording benefits like low cost and flexibility. Among which is the secret-sharing protocol whereby, health care system split a secret into n shares and distribute each secret share to the shareholders, where only a threshold (t) or more shareholders can decode the secret. In this paper, we combine the property of homomorphism encryption and secret sharing to encrypt HRs so that complex computations of Lagrange are outsourced to the cloud service provider with the flexibility of adding and removing shareholders. We analyze the time, security level and communication complexities of our scheme, and confirm that it is much secure than the conventional methods.
机译:已经在许多应用中提出了密码方案来加密云存储健康记录(HR),并具有低成本和灵活性等优点。其中包括秘密共享协议,卫生保健系统据此将秘密分成n个份额,并将每个秘密份额分配给股东,其中只有一个阈值(t)或更多的股东可以解密该秘密。在本文中,我们结合了同态加密和秘密共享的特性来加密HR,从而将Lagrange的复杂计算外包给云服务提供商,并且可以灵活地添加和删除股东。我们分析了该方案的时间,安全级别和通信复杂性,并确认它比传统方法安全得多。

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