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Score normalization by Dynamic Time Warping

机译:通过动态时间规整对分数进行归一化

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摘要

Multi-expert approach is a well-known paradigm to support complex decisions and several decision fusion techniques have been considered. In this field score normalization is a fundamental step to allow high performances and hence several techniques have been proposed so far. This paper addresses the problem of score normalization and presents a new technique based on Dynamic Time Warping. The experimental results, carried out in the field of pattern classification, show the superiority of the new technique with respect to other approaches in the literature, based on MIN-MAX, z-score and characteristics functions.
机译:多专家方法是支持复杂决策的众所周知的范例,并且已经考虑了几种决策融合技术。在该领域中,分数归一化是允许高性能的基本步骤,因此到目前为止,已经提出了几种技术。本文解决了分数归一化的问题,并提出了一种基于动态时间规整的新技术。在模式分类领域进行的实验结果表明,基于MIN-MAX,z得分和特征函数,该新技术相对于文献中的其他方法具有优越性。

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