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Zhuang Yueting, Fu Zhenggang, Ye Zhaoyang, Wu Fei. Real-Time Recognition of Explosion Scenes Based on Audio-Visual Hierarchical ModelJ. Journal of Computer-Aided Design & Computer Graphics, 2004, 16(1): 90-97.
Citation: Zhuang Yueting, Fu Zhenggang, Ye Zhaoyang, Wu Fei. Real-Time Recognition of Explosion Scenes Based on Audio-Visual Hierarchical ModelJ. Journal of Computer-Aided Design & Computer Graphics, 2004, 16(1): 90-97.

Real-Time Recognition of Explosion Scenes Based on Audio-Visual Hierarchical Model

  • An audio-visual hierarchical model is used to detect explosion scenes from MPEG stream based on compressed features. First, a coarse SVM is applied to discriminate explosion and explosion-like audio from others, then several fine-grained SVMs are used to determine explosion audio from explosion-like one. From these coarse to fine-grained SVMs, the audio explosion candidates are selected out. Because most explosion scenes have obvious visual change, the corresponding video is checked to get the final result.
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