Classificare le strategie di testing per la prontezza e l’obsolescenza della pipeline di ML

Come ML engineer, ti è stato affidato il compito di garantire l’affidabilità della tua pipeline di Machine Learning. Sai che questo richiede di monitorare non solo la prontezza della pipeline, ma anche la sua possibile obsolescenza nel tempo. La prontezza della pipeline è fondamentale per assicurare che i singoli componenti e l’intero sistema funzionino come previsto. Al contrario, si parla di obsolescenza quando le prestazioni di un modello diminuiscono a causa di cambiamenti nei dati o nell’ambiente, portando a predizioni inaccurate. Per affrontare queste sfide, devi applicare diverse strategie di testing e tenere d’occhio le prestazioni della pipeline.

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Sviluppare modelli di Machine Learning per la produzione

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This chapter will provide you with the skills and knowledge needed to move your machine learning models from the research and development phase into a production environment. You will learn about the process of moving from a research prototype to a reliable, scalable, and maintainable system.

Exercise 1: Adopting an MLOps mindset Exercise 2: What is a key aspect of MLOps?Exercise 3: What is technical debt?Exercise 4: Writing maintainable ML code Exercise 5: Version control Exercise 6: Code organization Exercise 7: Writing effective ML documentation Exercise 8: Why document labeling methods?Exercise 9: MLOps best practices

In this chapter, you’ll learn about the importance of reproducibility in machine learning, and how to ensure that your models remain reproducible and reliable over time. You’ll explore various techniques and best practices that you can use to ensure the reproducibility of your models.

Exercise 1: Designing reproducible experiments Exercise 2: ML reproducibility Exercise 3: Identifying Key Aspects for Reproducibility and Reliability Exercise 4: Sorting Reliability Elements Exercise 5: Sorting Aspects of Reproducibility and Documentation Practices Exercise 6: Feature engineering Exercise 7: Classifying Feature Engineering Goals & Techniques Exercise 8: Identifying Data Manipulation and Transformation Techniques Exercise 9: Feature selection Exercise 10: Data and model versioning Exercise 11: Model store Exercise 12: Versioning training data Exercise 13: Ensuring reproducibility

In Chapter 3, you’ll examine the various challenges associated with deploying machine learning models into production environments. You’ll learn about the various approaches to deploying ML models in production and strategies for monitoring and maintaining ML models in production.

Exercise 1: Packaging ML models Exercise 2: Goal of serialization and containerization Exercise 3: Model packaging order Exercise 4: Scalability Exercise 5: Scaling Exercise 6: Model complexity Exercise 7: Categorizing scaling techniques Exercise 8: Automation Exercise 9: Benefits of continuous delivery Exercise 10: CI/CD steps Exercise 11: Putting ML models into production

In the final chapter, you’ll learn about the various ways to test machine learning pipelines and ensure they perform as expected. You’ll discover the importance of testing ML pipelines and learn techniques for testing and validating ML pipelines.

Exercise 1: Affidabilità del modello Exercise 2: Classificare le strategie di testing per la prontezza e l’obsolescenza della pipeline di ML

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Exercise 3: Affrontare l'obsolescenza del modello nelle pipeline di Machine Learning Exercise 4: Test dei dati Exercise 5: Scegliere il test giusto Exercise 6: Verifica di coerenza Exercise 7: Testare i modelli Exercise 8: Prevedere il customer lifetime value Exercise 9: Classificare la fairness Exercise 10: Testare le pipeline di machine learning Exercise 11: Complimenti!