Image Captioning Based on Automatic Constraint Loss

Chaoqian Xu, G. Zhu, Lixin Wang
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引用次数: 1

Abstract

In recent years, the Encoder-Decoder framework has been widely used in image captioning. In the forecast period, many methods regard the input of the usage model at the previous moment as the output at the moment, which may cause the generated words to get worse. This paper proposes to use the correct rate of the preceding words to constrain the weight of the back words, making the loss weight of the back words increase as the preceding word error rate decreases, namely Automatic Constraint Loss (ACL), reducing the difference in the training and test phase. The experimental results on the MSCOCO dataset show that the addition of the proposed method to the original model, the bleu_1 and bleu_2 scores are greatly improved, and the attention mechanism can more accurately select the image region.
基于自动约束损失的图像字幕
近年来,编码器-解码器框架在图像字幕中得到了广泛的应用。在预测期内,许多方法将前一时刻使用模型的输入作为当前的输出,这可能会导致生成的单词变得更差。本文提出用前一个词的正确率来约束后一个词的权值,使后一个词的损失权值随着前一个词错误率的降低而增加,即自动约束损失(Automatic Constraint loss, ACL),减少训练和测试阶段的差异。在MSCOCO数据集上的实验结果表明,将该方法添加到原始模型中,bleu_1和bleu_2分数得到了很大的提高,并且注意机制可以更准确地选择图像区域。
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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