基于特定信息上界的智能电表隐私保护发布

PRIVACY PROTECTION RELEASE OF SMART METER BASED ON UPPER BOUND OF SPECIFIC INFORMATION

  • 摘要: 为了同时兼顾隐私保护和数据效用,提出一种基于特定信息上界的智能电表隐私保护发布方法。该文引入一种基于特定信息上界的隐私保护发布训练函数;为了使敏感变量的真实分布和近似分布之间的KL散度最小化,引入适用于深度学习框架的原始问题的松弛公式。另外,使用深度循环神经网络来捕获和利用智能电表信号的时间相关性。通过实验验证了提出方法能够降低特定隐私目标的失真程度,并能有效保护隐私。

     

    Abstract: In order to give consideration to privacy protection and data utility at the same time, a privacy protection publishing method of smart meter based on specific information upper bound is proposed. A privacy protection release training function based on the upper bound of specific information was introduced. In order to minimize the KL divergence between the real distribution and approximate distribution of sensitive variables, a relaxation formula suitable for the original problem of deep learning framework was introduced. In addition, deep cyclic neural network was used to capture and utilize the time correlation of smart meter signals. Experiments show that the proposed method can reduce the distortion of specific privacy targets and effectively protect privacy.

     

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