Web Table Retrieval using Multimodal Deep Learning

Roee Shraga, Haggai Roitman, Guy Feigenblat, Mustafa Canim
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引用次数: 26

Abstract

We address the web table retrieval task, aiming to retrieve and rank web tables as whole answers to a given information need. To this end, we formally define web tables as multimodal objects. We then suggest a neural ranking model, termed MTR, which makes a novel use of Gated Multimodal Units (GMUs) to learn a joint-representation of the query and the different table modalities. We further enhance this model with a co-learning approach which utilizes automatically learned query-independent and query-dependent "helper'' labels. We evaluate the proposed solution using both ad hoc queries (WikiTables) and natural language questions (GNQtables). Overall, we demonstrate that our approach surpasses the performance of previously studied state-of-the-art baselines.
使用多模态深度学习的Web表检索
我们解决了web表检索任务,旨在检索和排序web表作为一个给定的信息需求的整体答案。为此,我们正式将web表定义为多模态对象。然后,我们提出了一种称为MTR的神经排序模型,该模型新颖地使用了门控多模态单元(gmu)来学习查询和不同表模态的联合表示。我们通过一种共同学习方法进一步增强了该模型,该方法利用自动学习的查询独立和查询依赖的“助手”标签。我们使用临时查询(wikittables)和自然语言问题(GNQtables)来评估提议的解决方案。总的来说,我们证明了我们的方法超越了以前研究的最先进的基线的性能。
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