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Multimodal Deep Neural Network with Image Sequence Features for Video Captioning

机译:具有图像序列功能的多模式深度神经网络,用于视频字幕

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In this paper, we propose MDNNiSF (Multimodal Deep Neural Network with image Sequence Features) for generating a sentence description of a given video clip. A recently proposed model, S2VT, uses a stack of two LSTMs to solve the problem and demonstrated high METEOR. However, experiments show that S2VT sometimes produces inaccurate sentences, which is quite natural due to the challenging nature of learning relationships between visual and textual contents. A possible reason is that the video caption data were still small for the purpose. We try to circumvent this flaw by integrating S2VT with NeuralTalk2, which is for image captioning and known to generate an accurate description due to its capability of learning alignments between text fragments to image fragments. Experiments using two video caption data, MSVD and MSRVTT, demonstrate the effectiveness of our MDNNiSF over S2VT. For example, MDNNiSF achieved METEOR 0.344, which is 21.5% higher than S2VT, with MSVD.
机译:在本文中,我们提出了MDNNiSF(具有图像序列特征的多模式深度神经网络)来生成给定视频剪辑的句子描述。最近提出的模型S2VT使用两个LSTM的堆栈来解决此问题,并显示出较高的METEOR。但是,实验表明,S2VT有时会产生不准确的句子,由于学习视觉和文本内容之间的关系具有挑战性,所以这很自然。可能的原因是视频字幕数据仍然很小。我们尝试通过将S2VT与NeuralTalk2集成来规避此缺陷,该功能用于图像字幕,并且由于其能够学习文本片段与图像片段之间的对齐方式而已知能够生成准确的描述。使用两个视频字幕数据MSVD和MSRVTT进行的实验证明了我们的MDNNiSF优于S2VT。例如,使用MSVD,MDNNiSF达到METEOR 0.344,比S2VT高21.5%。

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