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Anomaly detection boundary based on the moving averages of Markov chain model

机译:基于马尔可夫链模型移动平均值的异常检测边界

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摘要

In the anomaly event detection and recognition, we want to know the deviation which is caused by the difference between the training Markov chain model's distribution and the real data's distribution. The moving relative entropy density deviation method is introduced to solve the problem. The results show the boundaries of the detection. If the results' fluctuations do not exceed the upper and lower boundaries, those data are normal. Otherwise, those data are dangerous.
机译:在异常事件的检测和识别中,我们想知道由训练马尔可夫链模型的分布与实际数据的分布之间的差异引起的偏差。为了解决该问题,引入了移动相对熵密度偏差法。结果显示了检测的边界。如果结果的波动不超过上下边界,则这些数据是正常的。否则,这些数据很危险。

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