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Copy file name to clipboardExpand all lines: articles/machine-learning/tutorial-automated-ml-forecast.md
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@@ -9,7 +9,7 @@ ms.topic: tutorial
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author: manashgoswami
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ms.author: magoswam
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ms.reviewer: ssalgado
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ms.date: 10/21/2021
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ms.date: 06/12/2023
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ms.custom: automl, ignite-2022
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#Customer intent: As a non-coding data scientist, I want to use automated machine learning to build a demand forecasting model.
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Complete the setup for your automated ML experiment by specifying the machine learning task type and configuration settings.
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1. On the **Task type and settings** form, select **Time series forecasting** as the machine learning task type.
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1. On the **Task type and settings** form, select **Time series forecasting** as the machine learning task type.
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1. Select **date** as your **Time column** and leave **Time series identifiers** blank.
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1. The **Frequency** is how often your historic data is collected. Keep **Autodetect** selected.
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1. The **forecast horizon** is the length of time into the future you want to predict. Deselect **Autodetect** and type 14 in the field.
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1. Select **View additional configuration settings** and populate the fields as follows. These settings are to better control the training job and specify settings for your forecast. Otherwise, defaults are applied based on experiment selection and data.
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While you wait for all of the experiment models to finish, select the **Algorithm name** of a completed model to explore its performance details.
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The following example navigates through the **Details** and the **Metrics** tabs to view the selected model's properties, metrics and performance charts.
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The following example navigates to select a model from the list of models that the job created. Then, you select the **Overview** and the **Metrics** tabs to view the selected model's properties, metrics and performance charts.
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