CSA-BERT: Video Question Answering

Kommineni Jenni, M. Srinivas, Roshni Sannapu, Murukessan Perumal
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Abstract

Convolutional networks are a key component of many computer vision applications. However, convolutions have a serious flaw. It only works in a small area, hence it lacks global information. The Attention method, on the other hand, is a new improvement in capturing long range interactions that has mostly been used to sequence modeling and generative modeling tasks. As an alternative to convolutions, we investigate the use of convolutions with an attention mechanism in a video question answering task. We present a unique self-attention mechanism based on convolutions that outperforms convolutions in the video question answering task. We discovered that combining convolutions with self-attention produces the greatest outcomes in experiments. As a result, we propose a hybrid idea, which combines convolutional operators with the self-attention mechanism. We combine convolutional feature maps with self-attention feature maps. Experiments show that convolution with self-attention improves video question answering tasks on the MSRVTT-QA dataset.
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视频问答
卷积网络是许多计算机视觉应用的关键组成部分。然而,卷积有一个严重的缺陷。它只适用于一个小区域,因此缺乏全球信息。另一方面,注意力方法是捕获远程交互的新改进,主要用于序列建模和生成建模任务。作为卷积的替代方案,我们研究了卷积与注意机制在视频问答任务中的使用。我们提出了一种独特的基于卷积的自注意机制,该机制在视频问答任务中优于卷积。我们发现,在实验中,将卷积与自我关注结合起来会产生最好的结果。因此,我们提出了一种将卷积算子与自关注机制相结合的混合思想。我们将卷积特征映射与自关注特征映射相结合。实验表明,自注意卷积提高了MSRVTT-QA数据集上的视频问答任务。
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