Question 16

You plan to build a team data science environment. Data for training models in machine learning pipelines will be over 20 GB in size.
You have the following requirements:
* Models must be built using Caffe2 or Chainer frameworks.
* Data scientists must be able to use a data science environment to build the machine learning pipelines and train models on their personal devices in both connected and disconnected network environments.
* Personal devices must support updating machine learning pipelines when connected to a network.
You need to select a data science environment.
Which environment should you use?
  • Question 17

    You create an Azure Machine Learning workspace.
    You need to detect data drift between a baseline dataset and a subsequent target dataset by using the DataDriftDetector class.
    How should you complete the code segment? To answer, select the appropriate options in the answer area.
    NOTE: Each correct selection is worth one point.

    Question 18

    You register a model that you plan to use in a batch inference pipeline.
    The batch inference pipeline must use a ParallelRunStep step to process files in a file dataset. The script has the ParallelRunStep step runs must process six input files each time the inferencing function is called.
    You need to configure the pipeline.
    Which configuration setting should you specify in the ParallelRunConfig object for the PrallelRunStep step?
  • Question 19

    You use Azure Machine Learning Studio to build a machine learning experiment.
    You need to divide data into two distinct datasets.
    Which module should you use?
  • Question 20

    You create an Azure Machine Learning compute resource to train models. The compute resource is configured as follows:
    * Minimum nodes: 2
    * Maximum nodes: 4
    You must decrease the minimum number of nodes and increase the maximum number of nodes to the following values:
    * Minimum nodes: 0
    * Maximum nodes: 8
    You need to reconfigure the compute resource.
    What are three possible ways to achieve this goal? Each correct answer presents a complete solution.
    NOTE: Each correct selection is worth one point.