用于安全监控的异常检测

K. Nandhini, M. Pavithra, K. Revathi, A. Rajiv
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引用次数: 3

摘要

在拥挤的场景中,异常事件的检测是一个重要的问题。现有的方法有很多。异常事件是指那些不能很好地表示的事件。例如,如果一个航班被劫持或损坏,这是由于一些异常活动。由于人为干预或某些天气条件,可能会发生异常活动。所以在这个系统中我们使用异常检测器来检测事件。从传入事件中提取异常模式。本文的主要贡献有:1)在此异常检测器中用于识别异常事件。在这种情况下,由于噪声的存在,视频事件的复杂性很高。采用混合高斯干扰可以避免。2)在此,我们使用高斯混合模型来减少干扰。尽管该方法具有较高的复杂度。3)由于异常的存在,在测试视频中出现与训练不同的异常正常事件。他们提出了一种在线更新策略,以覆盖正常模式下的这些情况,因此,它在很大程度上消除了错误检测。采用最先进的技术验证了该算法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Anamoly detection for safety monitoring
In crowded scene abnormal event detection is a major issue. Many existing methods are there. Abnormal events are those which cannot be well represented. For example, if a flight is hijacked or it is damaged, it is due to some abnormal activities. Abnormal activities may occur due to human intervention or due to some weather conditions. So in this system we are using abnormal detector to detect the events. Abnormal patterns are extracted from incoming events. The major contribution to this paper are: 1) In this abnormal detector is used to identify abnormal events. In this complexity is high in video events due to the presence of noise. By using mixture of Gaussian interference can be avoided. 2) In this, we are using Gaussian Mixture Model to reduce interference. Even though the method has high complexity. 3) Unusually normal events occur in testing videos which differ from training once this is due to existence of abnormalities. They presented as an online updating strategy is proposed to cover these cases in normal patterns as a result, it mostly eliminates false detections. Effectiveness of the proposed algorithm Is verified by using state of the art.
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