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Machine Learning Production Systems

Written by Emily Caveness,Robert Crowe,Di Zhu,Hannes Hapke

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477 pages, about 10 hours of reading

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About this book

Using machine learning for products, services, and critical business processes is quite different from using ML in an academic or research setting—especially for recent ML graduates and those moving from research to a commercial environment. Whether you currently work to create products and services that use ML, or would like to in the future, this practical book gives you a broad view of the entire field. Authors Robert Crowe, Hannes Hapke, Emily Caveness, and Di Zhu help you identify topics that you can dive into deeper, along with reference materials and tutorials that teach you the details. You'll learn the state of the art of machine learning engineering, including a wide range of topics such as modeling, deployment, and MLOps. You'll learn the basics and advanced aspects to understand the production ML lifecycle. This book provides four in-depth sections that cover all aspects of machine learning engineering: Data: collecting, labeling, validating, automation, and data preprocessing; data feature engineering and selection; data journey and storage Modeling: high performance modeling; model resource management techniques; model analysis and interoperability; neural architecture search Deployment: model serving patterns and infrastructure for ML models and LLMs; management and delivery; monitoring and logging Productionalizing: ML pipelines; classifying unstructured texts and images; genAI model pipelines

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Reading guide

Themes, characters and key ideas in Machine Learning Production Systems, written by Chaptra AI.

  • about 20 hours
  • intermediate
  • informative
  • practical
  • rigorous

This foundational guide, "Machine Learning Production Systems," serves as an indispensable resource for understanding the complexities and best practices of deploying, managing, and scaling machine learning models in real-world production environments. It meticulously breaks down the MLOps lifecycle, from data ingestion and model training to deployment, monitoring, and continuous improvement. The authors provide a comprehensive framework that bridges the gap between experimental ML development and robust, reliable production systems, emphasizing engineering discipline and operational excellence. It's designed to equip practitioners with the knowledge to build resilient, scalable, and maintainable ML infrastructure.

"Building a great model is only half the battle; the real challenge begins when you try to put it into production."

Key themes

Operational Excellence (MLOps Principles)
This core theme emphasizes the application of engineering discipline and best practices (akin to DevOps) to the entire machine learning lifecycle. It covers automation, reproducibility, continuous integration/delivery/training (CI/CD/CT), and collaboration, transforming ML from an experimental science into a robust engineering discipline.
Data Quality and Governance
The book consistently highlights that the success of ML systems hinges on the quality, integrity, and ethical management of data. This theme encompasses data validation, versioning, lineage, feature engineering, and the establishment of robust data pipelines and feature stores to ensure models are trained and inferenced on reliable data.
Observability and Reliability
This theme focuses on the critical need to monitor the performance and behavior of ML models and their underlying infrastructure once in production. It covers logging, metrics, alerting, and anomaly detection, not just for system health but specifically for model-centric issues like data drift, concept drift, and performance degradation.

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