Utility of Knowledge Extracted from Unsanitized Data when Applied to Sanitized Data

Michal Sramka, R. Safavi-Naini, J. Denzinger, Mina Askari, Jie Gao
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引用次数: 10

Abstract

Knowledge discovery systems extract knowledge from data that can be used for making prediction about incomplete data items. Utility is a measure of the usefulness of the discovered knowledge and satisfaction of the user with that knowledge. We motivate and address the question of usefulness of sanitized data using the notion of utility in data mining systems. For this we measure the success of patterns and rules discovered from the original data to make predictions about the sanitized data using a previously developed framework. Using experimental results on a set of medical data we demonstrate that it is possible to make useful predictions about the sanitized medical data when rules discovered from the original unsanitized medical data are used. We explain our results and compare it with the case where no sanitization is involved.
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从未清理数据中提取的知识在应用于清理数据时的效用
知识发现系统从数据中提取知识,用于对不完整的数据项进行预测。效用是对所发现知识的有用性和用户对该知识的满意度的度量。我们使用数据挖掘系统中的效用概念来激发和解决净化数据的有用性问题。为此,我们衡量从原始数据中发现的模式和规则的成功程度,以便使用先前开发的框架对经过处理的数据进行预测。通过对一组医疗数据的实验结果,我们证明,当使用从原始未消毒医疗数据中发现的规则时,可以对消毒后的医疗数据做出有用的预测。我们解释我们的结果,并将其与不涉及消毒的情况进行比较。
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