多模态序列的早期分类

Alexander Cao, Jean Utke, Diego Klabjan
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引用次数: 0

摘要

通常,随着时间的推移,信息是按顺序接收的。什么时候能收集到足够多的碎片来分类?交易等待时间的决策确定性导致早期的分类问题,最近得到关注的一种手段,使分类适应更动态的环境。然而,到目前为止,结果仅限于单峰序列。在本初步研究中,我们结合现有方法扩展到多模态序列的早期分类。在分类器诱导停止的监督框架下训练的时空变压器优于基于探索的方法。结果表明,该方法的实验AUC优势高达8.7%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Early Classifying Multimodal Sequences
Often pieces of information are received sequentially over time. When did one collect enough such pieces to classify? Trading wait time for decision certainty leads to early classification problems that have recently gained attention as a means of adapting classification to more dynamic environments. However, so far results have been limited to unimodal sequences. In this pilot study, we expand into early classifying multimodal sequences by combining existing methods. Spatial-temporal transformers trained in the supervised framework of Classifier-Induced Stopping outperform exploration-based methods. We show our new method yields experimental AUC advantages of up to 8.7%.
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