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首页> 外文期刊>International journal of digital crime and forensics >Privacy-Preserving and Publicly Verifiable Protocol for Outsourcing Polynomials Evaluation to a Malicious Cloud
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Privacy-Preserving and Publicly Verifiable Protocol for Outsourcing Polynomials Evaluation to a Malicious Cloud

机译:将多项式评估对恶意云进行隐私保留和公开可验证议定书

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摘要

As cloud computing provides affordable and scalable computational resources, delegating heavy computing tasks to the cloud service providers is appealing to individuals and companies. Among different types of specific computations, the polynomial evaluation is an important one due to its wide usage in engineering and scientific fields. Cloud service providers may not be trusted, thus, the validity and the privacy of such computation should be guaranteed. In this article, the authors present a protocol for publicly verifiable delegations of high degree polynomials. Compared with the existing solutions, it ensures the privacy of outsourced functions and actual results. And the protocol satisfies the property of blind verifiability such that the results can be publicly verified without learning the value. The protocol also improves in efficiency.
机译:由于云计算提供了实惠且可扩展的计算资源,因此将繁重的计算任务委托给云服务提供商对个人和公司呼吸。在不同类型的特定计算中,多项式评估是由于其在工程和科学领域的广泛使用率。云服务提供商可能不受信任,因此,应保证此类计算的有效性和隐私。在本文中,提交人提出了一个公开可核查的高度多项式代表团的议定书。与现有解决方案相比,它确保了外包功能​​和实际结果的隐私。该协议满足盲验证性的属性,使得结果可以在不学习该值的情况下公开验证。该协议还提高了效率。

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