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Delving Deeper with Dual-Stream CNN for Activity Recognition

机译:深入了解双流CNN以进行活动识别

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摘要

Video-based human activity recognition has fascinated researchers of computer vision community due to its critical challenges and wide variety of applications in surveillance domain. Thus, the development of techniques related to human activity recognition has accelerated. There is now a trend towards implementing deep learning-based activity recognition systems because of performance improvement and automatic feature learning capabilities. This paper implements fusion-based dual-stream deep model for activity recognition with emphasis on minimizing amount of pre-processing required along with fine-tuning of pre-trained model. The architecture is trained and evaluated using standard video actions benchmarks of UCF101. The proposed approach not only provides results comparable with state-of-the-art methods but is also better at exploiting pre-trained model and image data.
机译:基于视频的人类活动识别由于其在监控领域的危急和各种应用中的危险和各种应用而着迷于计算机视觉界的研究人员。因此,与人类活动识别有关的技术的发展已经加速。现在,由于性能改进和自动特征学习能力,现在存在实现基于深度学习的活动识别系统的趋势。本文实现了基于融合的双流深层模型,以强调最小化所需的预处理量以及预先训练模型的微调。使用UCF101的标准视频动作进行培训和评估该架构。所提出的方法不仅提供了与最先进的方法相当的结果,而且还可以更好地利用预先训练的模型和图像数据。

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