多视图环境下具有安全约束的深度协同重构

D. Maurel, Sylvain Lefebvre, Jérémie Sublime
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引用次数: 0

摘要

如今,我们可以在市场营销、银行管理、调查分析或社交网络等领域观察到多视图数据的倍增:我们正在处理大型数据库,这些数据库共享相当数量的数据,这些数据表示具有不同特征的同一个人,具体取决于数据库。在这种情况下,可以使用机器学习方法跨多个异构源(称为视图)分析这些碎片数据。这种分析有几个困难:首先,并非所有的个人都会出现在所有的数据站点和视图中。其次,这种类型的跨站点分析引发了一些关于隐私问题的道德问题,因为任何本地站点都不应该直接访问其他来源的数据。为了解决这些问题,我们提出了一种称为协同重建系统的方法,该方法旨在利用其他视图中可用的信息来重建多视图环境中某些视图中缺失的信息。此外,我们的方法考虑了隐私问题,因此实现了上述重建,而无需从一个视图直接传输数据到另一个视图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deep Cooperative Reconstruction with Security Constraints in multi-view environments
Nowadays, we can observe a multiplication of multiview data in domains such as marketing, bank administration, survey analysis, or social networks: We are dealing with large data bases that share a fair amount of data representing the same individual with different features depending on the data base. In this context, one can use Machine Learning methods to analyze this fragmented data across several heterogeneous sources (called views). Such analysis is subject to several difficulties: First, not all individual will be present and represented in all data sites and views. And second, this type of cross site analysis raises several ethical questions on privacy issues as no local site should have direct access to data from the other sources. To solve these problems, we present a method called the Cooperative Reconstruction System which aims at reconstructing information missing in some views in a multi-view context using information available in the other views. Furthermore, our method considers privacy issues and therefore achieves said reconstruction without direct data transfer from one view to another.
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