Automatic Key Information Extraction from Visually Rich Documents

Charles De Trogoff, Rim Hantach, Gisela Lechuga, P. Calvez
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Abstract

Currently, the need for business documents analysis, particularly invoices, is playing a vital role in companies, especially in large ones. These documents have the particularity of being visually rich, with low text quantity and many different layouts. As such, processing them with traditional techniques remains inefficient. Hence, one of the key challenge is to exploit visual patterns between entities of interest. After an overview of the state-of-the-art in this domain, we propose a graph-based model that recognizes specific text in invoices. First, an Encoder module creates a multimodal embedding for each text sequence based on textual, visual, and spatial information. This representation is then passed through a multi-layer graph attention network, before being subjected to a simple classification task. Some experimental results were conducted in order to improve the performance of the proposed approach.
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从视觉丰富的文档中自动提取关键信息
目前,对商业文档分析的需求,特别是发票,在公司中扮演着至关重要的角色,特别是在大公司中。这些文档具有视觉丰富、文本数量少、布局多样等特点。因此,用传统技术处理它们仍然效率低下。因此,关键的挑战之一是利用感兴趣的实体之间的视觉模式。在概述了该领域的最新技术之后,我们提出了一个基于图的模型,该模型可以识别发票中的特定文本。首先,Encoder模块基于文本、视觉和空间信息为每个文本序列创建多模态嵌入。然后,在进行简单的分类任务之前,该表示通过多层图注意网络。为了提高该方法的性能,进行了一些实验结果。
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