If you have labeled data, you can train a model to detect whether the data is normal or abnormal. For example, reading the current of an electric motor can show when extra drag is put on the motor by such things as failing ball bearings or other failing hardware. In IoT, anomalies can be a previously known phenomenon or a new event that has not been seen before. As the name suggests, autoencoders take in data and encode it to an output. With anomaly detection, we see whether a model can determine whether data is non-anomalous. In this recipe, we are going to use a Python object detection library called pyod.
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You're reading from Artificial Intelligence for IoT Cookbook
Michael Roshak is a cloud architect and strategist with extensive subject matter expertise in enterprise cloud transformation programs and infrastructure modernization through designing, and deploying cloud-oriented solutions and architectures. He is responsible for providing strategic advisory for cloud adoption, consultative technical sales, and driving broad cloud services consumption with highly strategic accounts across multiple industries.
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Michael Roshak is a cloud architect and strategist with extensive subject matter expertise in enterprise cloud transformation programs and infrastructure modernization through designing, and deploying cloud-oriented solutions and architectures. He is responsible for providing strategic advisory for cloud adoption, consultative technical sales, and driving broad cloud services consumption with highly strategic accounts across multiple industries.
Read more about Michael Roshak