Zertifizierung der AI-300 mit umfassenden Garantien zu bestehen

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Microsoft AI-300 Exam Syllabus Topics:

SectionObjectives
Plan and design AI solutions using Azure AI services- Responsible AI design
  • 1. Fairness, transparency, and accountability considerations
    • 2. Responsible AI mitigation strategies
      - Requirements gathering and solution architecture
      • 1. Identify business requirements for AI solutions
        • 2. Select appropriate Azure AI services
          Implement secure and scalable AI systems- Security and governance
          • 1. Data privacy and compliance considerations
            • 2. Identity and access management for AI services
              - Scalability and performance optimization
              • 1. Cost optimization strategies
                • 2. Autoscaling AI workloads
                  Operationalizing machine learning solutions- Deployment and monitoring
                  • 1. Deploy models to endpoints
                    • 2. Monitor performance and drift
                      - ML lifecycle management
                      • 1. Model versioning and registry usage
                        • 2. Model training and evaluation in Azure Machine Learning
                          Design and implement generative AI solutions- Large language model integration
                          • 1. Prompt engineering and prompt flow design
                            • 2. Use Azure OpenAI Service capabilities
                              - RAG (Retrieval Augmented Generation) solutions
                              • 1. Knowledge grounding and retrieval design
                                • 2. Vector search integration

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                                  AI-300 Antworten & AI-300 Fragen Beantworten

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                                  Microsoft Operationalizing Machine Learning and Generative AI Solutions AI-300 Prüfungsfragen mit Lösungen (Q53-Q58):

                                  53. Frage
                                  -
                                  You have a Microsoft Foundry project with a connected Azure OpenAI Service model.
                                  You have a set of text files stored locally on your computer.
                                  You must set up a flow that will generate responses based on the content of your local files.
                                  You need to implement a solution.
                                  Which four actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.

                                  Antwort:

                                  Begründung:

                                  Explanation:
                                  Correct sequence:
                                  * Create a data asset.
                                  * Create a Foundry Search resource.
                                  * Create a vector index.
                                  * Create a flow.
                                  First, create a data asset so that the locally stored text files are available within the project as a managed data source. The content must then be made searchable for Retrieval-Augmented Generation.
                                  Next, create a Foundry Search resource to provide the search infrastructure that will store and serve the indexed document content. Microsoft documents Azure AI Search as a supported vector store for Foundry and Azure Machine Learning RAG workloads.
                                  Third, create a vector index from the source documents. During vector-index creation, the content is processed into chunks and embeddings, which enables semantic similarity retrieval. Microsoft documents that vector indexes can be created from local files, folders, or registered data assets and then consumed by an Index Lookup operation.
                                  Finally, create a flow and configure it to query the vector index and supply the retrieved context to the connected Azure OpenAI model. Microsoft specifically documents adding an existing vector index to a prompt flow through the Index Lookup tool.
                                  Create a connection is the unused action in this question because the scenario already specifies a connected Azure OpenAI Service model.
                                  Study Guide Reference: Design and implement a GenAIOps infrastructure - RAG architecture, project data, vector indexing, Azure AI Search, prompt flow, and grounding with enterprise content.


                                  54. Frage
                                  You have an Azure Machine Learning workspace named workspace1 that is accessible from a public endpoint. The workspace contains an Azure Blob storage datastore named store1 that represents a blob container in an Azure storage account named account1. You configure workspace1 and account1 to be accessible by using private endpoints in the same virtual network.
                                  You must be able to access the contents of store1 by using the Azure Machine Learning SDK for Python. You must be able to preview the contents of store1 by using Azure Machine Learning studio.
                                  You need to configure store1.
                                  What should you do? To answer, select the appropriate options in the answer area.
                                  NOTE: Each correct selection is worth one point.

                                  Antwort:

                                  Begründung:

                                  Explanation:

                                  Box 1: Regenerate the keys of account1.
                                  Azure Blob Storage support authentication through Account key or SAS token.
                                  To authenticate your access to the underlying storage service, you can provide either your account key, shared access signatures (SAS) tokens, or service principal Box 2: Update the authentication for store1.
                                  For Azure Machine Learning studio users, several features rely on the ability to read data from a dataset; such as dataset previews, profiles and automated machine learning. For these features to work with storage behind virtual networks, use a workspace managed identity in the studio to allow Azure Machine Learning to access the storage account from outside the virtual network.
                                  Note: Some of the studio ' s features are disabled by default in a virtual network. To re-enable these features, you must enable managed identity for storage accounts you intend to use in the studio.
                                  The following operations are disabled by default in a virtual network:
                                  Preview data in the studio.
                                  Reference:
                                  https://docs.microsoft.com/en-us/azure/machine-learning/how-to-access-data


                                  55. Frage
                                  You are a data scientist working for a hotel booking website company. You use the Azure Machine Learning service to train a model that identifies fraudulent transactions.
                                  You must deploy the model to an Azure Machine Learning online endpoint by using the Azure Machine Learning Python SDK v2. The deployed model must return real-time predictions of fraud based on transaction data input.
                                  You need to create the script that is specified as the scoring_script parameter for the CodeConfiguration class used to deploy the model.
                                  What should the entry script do?

                                  Antwort: A

                                  Begründung:
                                  The entry script (scoring script) for an Azure Machine Learning online endpoint must initialize the model when the container starts and process incoming transaction data to return real-time fraud predictions.
                                  init() function: Runs once when the container is initialized. It must locate and load the trained model into memory (typically using a global variable) from the path specified by the AZUREML_MODEL_DIR environment variable.
                                  run(data) function: Executes every time the endpoint receives a real-time HTTP request. It accepts the raw transaction payload, deserializes it, processes the features, passes them to the loaded model for prediction, and returns a JSON-serializable response.
                                  Reference:
                                  https://docs.azure.cn/en-us/machine-learning/how-to-deploy-online-endpoints?view=azureml-api-2


                                  56. Frage
                                  You create an Azure Machine Learning workspace. You use Azure Machine Learning designer to create a pipeline within the workspace. You need to submit a pipeline run from the designer.
                                  What should you do first?

                                  Antwort: A


                                  57. Frage
                                  you create an Azure Machine learning workspace named workspace1. The workspace contains a Python SOK v2 notebook mat uses Mallow to correct model coaxing men's anal arracks from your local computer.
                                  Vou must reuse the notebook to run on Azure Machine I earning compute instance m workspace.
                                  You need to comminute to log training and artifacts from your data science code.
                                  What should you do?

                                  Antwort: C


                                  58. Frage
                                  ......

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