用于视频事件检测的自定义和迁移学习CNN架构的快速回顾和性能分析

Susmitha Alamuru, S. Jain
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引用次数: 0

摘要

视频中的事件/动作检测是一个日益增长的研究兴趣,因为它有许多应用,如医疗保健中的患者监测,监控系统中的异常检测,视频检索,人机交互,游戏环境,娱乐环境等。这都是因为深度学习,因为它的能力优于传统的手工特征提取算法。迁移学习在小数据集深度神经网络训练中具有重要意义。本文的目的是比较流行的预训练CNN模型(Top-1精度)和自定义CNN,自定义CNN是从头开始构建的,用于检测UCF11数据集中的人类行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Quick Review and Performance Analysis of Custom and Transfer Learning CNN Architectures for Event Detection in Videos
Event/Action detection in videos is a growing research interest as it has numerous applications such as patient monitoring in health care, anomaly detection in surveillance systems, retrieval of video, human and computer interactions, gaming environment, entertainment environment etc. This is all because of one and only Deep learning due to its capability to outperform the conventional hand-crafted feature extraction algorithms. Transfer learning is significant in training deep neural networks with small datasets. The objective of this paper is to compare popular pretrained CNN models (in Top-1 accuracy) with custom CNN, built from scratch to detect human actions in UCF11 dataset.
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