Skating-Mixer: Long-Term Sport Audio-Visual Modeling with MLPs
Figure skating scoring is challenging because it requires judging the technical moves of the players as well as their coordination with the background music. Most learning-based methods cannot solve it well for two reasons: 1) each move in figure skating changes quickly, hence simply applying traditional frame sampling will lose a lot of valuable information, especially in 3 to 5 minutes long videos; 2) prior methods rarely considered the critical audio-visual relationship in their models. Due to these reasons, we introduce a novel architecture, named Skating-Mixer. It extends the MLP framework in a multimodal fashion and effectively learns longterm representations through our designed memory recurrent unit (MRU). Aside from the model, we collected a highquality audio-visual FS 1000 dataset, which contains over 1000 videos on 8 types of programs with 7 different rating metrics, overtaking other datasets in both quantity and diversity. Experiments show the proposed method achieves SOTAs over all major metrics on the public Fis-V and our FS 1000 dataset. In addition, we include an analysis applying our method to the recent competitions in Beijing 2022 Winter Olympic Games, proving our method has strong applicability.
First ; Corresponding
National Natural Science Foundation of China;National Natural Science Foundation of China;
|Document Type||Conference paper|
|Department||Southern University of Science and Technology|
1.Southern University of Science and Technology,China
2.The Chinese University of Hong Kong,Hong Kong
3.AI Initiative,King Abdullah University of Science and Technology (KAUST),Saudi Arabia
4.Harbin Institute of Technology (Shenzhen),China
|First Author Affilication||Southern University of Science and Technology|
|Corresponding Author Affilication||Southern University of Science and Technology|
|First Author's First Affilication||Southern University of Science and Technology|
Xia，Jingfei,Zhuge，Mingchen,Geng，Tiantian,et al. Skating-Mixer: Long-Term Sport Audio-Visual Modeling with MLPs[C],2023:2901-2909.
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