Keynote speech: Keynote 1: It's all about AI

H. Liao
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Abstract

In this talk, I will cover two topics which are closely related to AI. The first one is ``spatiotemporal learning of basketball offensive strategies’’ and the second one is ``learning to classify shot types.’’ Video-based group behavior analysis is drawing attention to its rich application in sports, military, surveillance and biological observations. Focusing specifically on the analysis of basketball offensive strategies, in the first topic we introduce a systematic approach to establishing unsupervised modeling of group behaviors and then use it to perform tactics classification. In the second topic, a deep-net based fusion strategy is proposed to classify shots in concert videos. Varying types of shots are fundamental elements in the language of film, commonly used by a visual storytelling director to convey the emotion, ideas, and art. To classify such types of shots from images, we present a new framework that facilitates the intriguing task by addressing two key issues. First, we learn more effective features by fusing the layer-wise outputs extracted from a deep convolutional neural network (CNN). We then introduce a probabilistic fusion model, termed error weighted deep cross-correlation model, to boost the classification accuracy. We provide extensive experiment results on a dataset of live concert videos to demonstrate the advantage of the proposed approach.
主题演讲:主题1:一切都是关于人工智能的
在这次演讲中,我将涉及与人工智能密切相关的两个主题。第一个是“篮球进攻策略的时空学习”,第二个是“投篮类型分类的学习”。“基于视频的群体行为分析在体育、军事、监视和生物观察方面的丰富应用引起了人们的关注。针对篮球进攻策略的分析,在第一个主题中,我们介绍了一种系统的方法来建立群体行为的无监督建模,然后使用它来进行战术分类。在第二个主题中,提出了一种基于深度网络的融合策略来对音乐会视频中的镜头进行分类。不同类型的镜头是电影语言的基本元素,通常被视觉叙事导演用来传达情感、思想和艺术。为了从图像中对这些类型的照片进行分类,我们提出了一个新的框架,通过解决两个关键问题来促进有趣的任务。首先,我们通过融合从深度卷积神经网络(CNN)中提取的分层输出来学习更有效的特征。然后,我们引入了一种概率融合模型,称为误差加权深度互相关模型,以提高分类精度。我们在现场音乐会视频数据集上提供了广泛的实验结果,以证明所提出方法的优势。
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