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Security, Performance and Energy Implications of Hardware-Assisted Memory Protection Mechanisms on Event-Based Streaming Systems

机译:基于事件的流系统上的硬件辅助内存保护机制的安全性,性能和能源影响

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Major cloud providers such as Amazon [1], Google [2] and Microsoft [3] provide nowadays some form of infrastructure as a service (IaaS) which allows deploying services in the form of virtual machines [4], containers [5] or bare-metal [6] instances. Although software-based solutions like homomorphic encryption exit, privacy concerns [7] greatly hinder the deployment of such services over public clouds. It is particularly difficult for homomorphic encryption to match performance requirements of modern workloads [8]. Evaluating simple operations on basic data types with HElib [9], a homomorphic encryption library, against their unencrypted counter part reveals, that homomorphic encryption is still impractical under realistic workloads.
机译:如今,主要的云提供商(例如Amazon [1],Google [2]和Microsoft [3])提供了某种形式的基础架构即服务(IaaS),它允许以虚拟机[4],容器[5]或裸机[6]实例。尽管基于同态加密的基于软件的解决方案已经退出,但隐私问题[7]极大地阻碍了此类服务在公共云上的部署。同态加密很难满足现代工作负载的性能要求[8]。使用HElib [9](同态加密库)对基本数据类型进行简单操作,针对未加密的计数器部分,发现在实际工作负载下,同态加密仍然不切实际。

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