Text-guided Attention Mechanism Fine-grained Image Classification

Xin Yang, Heng-Xi Pan
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Abstract

Scene texts with explicit semantic information in natural images can provide important clues to solve the corresponding computer vision problems. In the text, we usually focus on using multimodal content in the form of visual and text prompts to solve the task of fine-grained image classification and retrieval. In this paper, graph convolution network is used to perform multimodal reasoning, and the features of relationship enhancement are obtained by learning the common semantic space between salient objects and texts found in images. By obtaining a set of enhanced visual and textual functions, the proposed model is highly superior to the existing technologies in two different tasks (fine-grained classification and image retrieval in contextual texts).
文本引导注意机制细粒度图像分类
自然图像中具有明确语义信息的场景文本可以为解决相应的计算机视觉问题提供重要线索。在文本中,我们通常侧重于使用视觉和文本提示形式的多模态内容来解决细粒度图像分类和检索的任务。本文采用图卷积网络进行多模态推理,通过学习图像中显著对象和文本之间的共同语义空间,获得关系增强的特征。通过获得一组增强的视觉和文本功能,该模型在两个不同的任务(细粒度分类和上下文文本中的图像检索)中大大优于现有技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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