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Applying feature selective validation (FSV) as an objective function for data optimization

机译:将特征选择验证(FSV)作为目标函数进行数据优化

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Feature Select Validation (FSV) is a widely used validation method for data comparison. FSV provides a quantitative standard to describe the similarity between two sets of data. In this paper, the application of the FSV technique is extended to data optimization. The raw data obtained from simulations or measurements are often non-ideal for further processing. Several techniques, such as data perturbation, can be used to improve the data quality in certain aspects. However, after modifications the new data could be very different to the original one. Using FSV as an objective function for the optimization process is discussed in this paper, in an example of causality enforcement, to ensure the enforced casual data has the minimum deviations from the original data. The results demonstrate that the proposed approach in this paper is effective for data modification and optimization.
机译:功能选择验证(FSV)是一种广泛用于数据比较的验证方法。 FSV提供了定量标准来描述两组数据之间的相似性。本文将FSV技术的应用扩展到数据优化。从模拟或测量获得的原始数据通常不理想,无法进行进一步处理。某些技术(例如数据扰动)可用于提高某些方面的数据质量。但是,修改后,新数据可能与原始数据有很大不同。本文以因果关系强制为例,讨论了使用FSV作为优化过程的目标函数,以确保强制偶然数据与原始数据的偏差最小。结果表明,本文提出的方法对于数据修改和优化是有效的。

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