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Azure Machine Learning Time Series Analysis for Anomaly Detection

机译:Azure机器学习时间序列分析以进行异常检测

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摘要

Anomaly Detection is one of the most important features of Internet of Things (IoT) solutions that collect and analyze temporal changes of data from various sensors. In many scenarios, sensor data doesn't change significantly over time. However, when it does, it usually means that your system has encountered an anomaly—and this anomaly can lead to a specific malfunction. In this article I'll show you how to use Azure Machine Learning Time Series Anomaly Detection to identify anomalous sensor readings. To this end I'll extend the RemoteCamera Universal Windows Platform (UWP) app I developed in my previous article (msdn.com/ magazine/mt809116) by adding a list that displays anomalous values (see Figure 1). The RemoteCamera app acquires images from the webcam and calculates their brightness, which fluctuates around some specific value unless the camera image changes significantly. Because you can easily induce serious brightness changes (by covering the camera, for example), leading to irregularities, this app provides good input for time-series anomaly detection.
机译:异常检测是物联网(IoT)解决方案的最重要功能之一,它可以收集和分析来自各种传感器的数据的时间变化。在许多情况下,传感器数据不会随时间变化很大。但是,这样做时,通常意味着您的系统遇到了异常-这种异常可能导致特定的故障。在本文中,我将向您展示如何使用Azure机器学习时间序列异常检测来识别异常传感器读数。为此,我将通过添加显示异常值的列表来扩展我在上一篇文章(msdn.com/ magazine / mt809116)中开发的RemoteCamera Universal Windows Platform(UWP)应用程序(请参见图1)。 RemoteCamera应用程序从网络摄像头获取图像并计算其亮度,除非相机图像发生显着变化,否则亮度会在某些特定值附近波动。由于您很容易引起严重的亮度变化(例如,通过遮盖相机),从而导致不规则现象,因此该应用程序为时序异常检测提供了良好的输入。

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  • 来源
    《MSDN Magazine》 |2017年第11期|30-38|共9页
  • 作者

    Dawid Borycki;

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  • 正文语种 eng
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