智能电表的隐私模型

J. Bohli, Christoph Sorge, Osman Ugus
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引用次数: 217

摘要

电力供应商已经开始用所谓的智能电表取代传统的电表,这种电表可以在短时间内将当前的电力消耗水平传输给供应商。虽然这有利于电力供应商的规划目的,也可以让客户更详细地了解他们的使用行为,但这意味着相当大的隐私风险。这些详细的信息可以用来判断是否有人在家里,他们什么时候回家,他们使用哪些电子设备(例如,当他们看电视的时候),等等。在这项工作中,我们引入了“智能计量隐私模型”,用于测量智能计量应用程序可以提供的隐私程度。此外,我们提出了两种设计解决方案,包括有和没有可信第三方的参与。我们证明了具有可信方的解决方案在一定条件下可以提供“完美隐私”。
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A Privacy Model for Smart Metering
Electricity suppliers have started replacing traditional electricity meters with so-called smart meters, which can transmit current power consumption levels to the supplier within short intervals. Though this is advantageous for the electricity suppliers' planning purposes, and also allows the customers a more detailed look at their usage behavior, it means a considerable risk for privacy. The detailed information can be used to judge whether persons are in the household, when they come home, which electric devices they use (e.g. when they watch TV), and so forth. In this work, we introduce the "smart metering privacy model" for measuring the degree of privacy that a smart metering application can provide. Moreover, we present two design solutions both with and without involvement of trusted third parties. We show that the solution with trusted party can provide "perfect privacy" under certain conditions.
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