May 1, 2024
Updated June 3, 2025
19 minute read
Understanding Vertex AI Feature Store: A Comprehensive Guide
ebkh35|
Find a path to becoming a Vertex AI Feature Store. Learn more at:
OpenCourser.com/topic/ebkh35/vertex
Reading list
We've selected 33 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Vertex AI Feature Store.
Is directly focused on Google Vertex AI, providing a comprehensive guide to its features and MLOps best practices. It is highly relevant for understanding the platform where Vertex AI Feature Store resides. It serves as an excellent reference for professionals and graduate students working with Vertex AI.
Offers a practical approach to using Google Cloud Vertex AI, including a specific chapter on the Vertex AI Feature Store. It is valuable for gaining a hands-on understanding of the topic and is suitable for undergraduate students and professionals getting started with Vertex AI.
Provides an overview of feature engineering principles and techniques for data scientists who want to improve the quality of their machine learning models.
This study guide covers topics relevant to the Google Cloud ML Engineer certification, including Vertex AI and MLOps practices on GCP. It is highly practical for understanding how Vertex AI services, including the Feature Store, are used in real-world scenarios on the platform. Ideal for professionals preparing for certification or working on GCP.
Delves into implementing scalable MLOps systems, providing practical guidance relevant to managing the ML lifecycle, including data and features. It helps solidify the understanding of the infrastructure surrounding a Feature Store for professionals.
Through hands-on projects, this book teaches feature engineering techniques and specifically mentions using feature stores. It's a practical guide that helps solidify understanding of how features are created and managed for ML. Suitable for undergraduate students and practitioners.
Provides a holistic view of designing ML systems for production, offering crucial context for understanding where a Feature Store fits within an end-to-end ML pipeline. It is essential reading for graduate students and professionals involved in building scalable and reliable ML systems.
Focusing on building ML systems for production, this book covers various aspects including data and deployment. It provides valuable insights into the engineering challenges that Feature Stores help address. Relevant for experienced graduate students and professionals.
Focuses on the practical aspects of being a Machine Learning Engineer, covering the entire ML project lifecycle. It provides valuable context on building deployable and maintainable ML systems, which directly relates to the purpose of a Feature Store. Relevant for graduate students and professionals.
A foundational book on feature engineering, explaining techniques for transforming raw data into features for ML models. While not specific to Vertex AI, it's essential for understanding the core concepts that a Feature Store manages. Useful for all audience levels, particularly for building prerequisite knowledge.
Focuses on applying ML techniques to tabular data, a common use case for Feature Stores. It mentions using Vertex AI for MLOps pipelines, making it relevant for understanding how Feature Stores support tabular data ML workflows. Suitable for practitioners.
A recipe-based guide for implementing feature engineering techniques using Python. is highly practical for anyone preparing data to be stored in a Feature Store. It's a useful reference for practitioners at all levels.
Guides the reader through building end-to-end ML applications, from idea to deployment. It provides practical context on how different components, including data and features, come together in a real-world ML product, illustrating where a Feature Store would be beneficial. Suitable for practitioners.
Although not directly about ML, this book classic for understanding the principles of designing reliable, scalable, and maintainable data systems. This knowledge is highly relevant to the underlying architecture and challenges of building and operating a Feature Store. Essential for senior engineers and architects.
Provides a comprehensive overview of data management challenges and techniques in ML systems. Understanding these concepts is crucial for appreciating the role and design of a Feature Store. It is more theoretical and suitable for graduate students and researchers.
Provides a deep dive into advanced analytics techniques using Spark, including feature engineering and model training.
Explores Google Cloud's AI services, providing a broader context of the platform where Vertex AI Feature Store operates. While it may not focus heavily on Feature Store, it helps in understanding the overall GCP AI ecosystem. Suitable for those getting started with AI on GCP.
A comprehensive guide to machine learning with Python, covering a wide range of algorithms and techniques. Provides a solid foundation in ML practices, which is necessary context for utilizing a Feature Store effectively. Suitable for students and practitioners.
Focuses on the statistical concepts and methods essential for data science and machine learning. Understanding the statistical properties of data and features is important for effective feature engineering and using a Feature Store. Useful for building foundational knowledge.
Provides a concise overview of machine learning concepts, including feature engineering and model selection.
Provides a high-level overview of machine learning and deep learning, including coverage of feature engineering and model selection.
This classic textbook provides a comprehensive overview of artificial intelligence, including coverage of feature engineering and model selection.
This classic textbook provides a comprehensive overview of machine learning, including coverage of feature engineering and model selection.
For more information about how these books relate to this course, visit:
OpenCourser.com/topic/ebkh35/vertex
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