结合多模态特征的融合网络用于野外情绪识别

Bo Sun, Liandong Li, Guoyan Zhou, Xuewen Wu, Jun He, Lejun Yu, Dongxue Li, Qinglan Wei
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引用次数: 48

摘要

在本文中,我们描述了我们在第三届野外情绪识别挑战赛(EmotiW 2015)中的工作。对于每个视频片段,我们提取MSDF、LBP-TOP、HOG、LPQ-TOP和声学特征来识别电影人物的情绪。对于基于视频帧的静态面部表情识别,我们提取了MSDF、DCNN和RCNN特征。我们在few和SFEW数据集上对这些类型的特征训练线性支持向量机分类器,并提出了一种新的融合网络,将提取的所有特征结合在决策层。最终我们在few测试集上的识别率为51.02%,在SFEW测试集上的识别率为51.08%,大大优于基线的39.33%和39.13%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Combining Multimodal Features within a Fusion Network for Emotion Recognition in the Wild
In this paper, we describe our work in the third Emotion Recognition in the Wild (EmotiW 2015) Challenge. For each video clip, we extract MSDF, LBP-TOP, HOG, LPQ-TOP and acoustic features to recognize the emotions of film characters. For the static facial expression recognition based on video frame, we extract MSDF, DCNN and RCNN features. We train linear SVM classifiers for these kinds of features on the AFEW and SFEW dataset, and we propose a novel fusion network to combine all the extracted features at decision level. The final achievement we gained is 51.02% on the AFEW testing set and 51.08% on the SFEW testing set, which are much better than the baseline recognition rate of 39.33% and 39.13%.
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