神经图像标题生成器中带只读单元的短期记忆

Aghasi Poghosyan, H. Sarukhanyan
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引用次数: 13

摘要

数字图像的自动字幕生成是人工智能的基本问题之一。现有的研究大多使用长短期记忆作为递归神经网络单元来解决这一问题。经过训练,他们的深度神经模型可以生成图像标题。但有一个问题,标题的下一个预测词主要取决于最后一个预测词,而不是图像内容。在本文中,我们提出了一个可以自动生成图像描述的模型,该模型基于递归神经网络,该网络具有改进的LSTM单元,并具有负责图像特征的附加门。这种修改导致生成更准确的标题。我们仅使用图像及其标题在MSCOCO图像数据集上训练和测试了我们的模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Short-term memory with read-only unit in neural image caption generator
Automated caption generation for digital images is one of the fundamental problems in artificial intelligence. Most of the existing works use Long Short-Term Memory as a recurrent neural network cell to solve this task. After training, their deep neural models can generate an image caption. But there is an issue, the next predicted word of the caption depends mainly on the last predicted word, rather than the image content. In this paper we present model that can automatically generate an image description and is based on a recurrent neural network with modified LSTM cell with an additional gate responsible for image features. This modification results in generation of more accurate captions. We have trained and tested our model on MSCOCO image dataset by using only images and their captions.
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