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The Definitive Guide to Google Vertex AI

You're reading from  The Definitive Guide to Google Vertex AI

Product type Book
Published in Dec 2023
Publisher Packt
ISBN-13 9781801815260
Pages 422 pages
Edition 1st Edition
Languages
Authors (2):
Jasmeet Bhatia Jasmeet Bhatia
Profile icon Jasmeet Bhatia
Kartik Chaudhary Kartik Chaudhary
Profile icon Kartik Chaudhary
View More author details

Table of Contents (24) Chapters

Preface Part 1:The Importance of MLOps in a Real-World ML Deployment
Chapter 1: Machine Learning Project Life Cycle and Challenges Chapter 2: What Is MLOps, and Why Is It So Important for Every ML Team? Part 2: Machine Learning Tools for Custom Models on Google Cloud
Chapter 3: It’s All About Data – Options to Store and Transform ML Datasets Chapter 4: Vertex AI Workbench – a One-Stop Tool for AI/ML Development Needs Chapter 5: No-Code Options for Building ML Models Chapter 6: Low-Code Options for Building ML Models Chapter 7: Training Fully Custom ML Models with Vertex AI Chapter 8: ML Model Explainability Chapter 9: Model Optimizations – Hyperparameter Tuning and NAS Chapter 10: Vertex AI Deployment and Automation Tools – Orchestration through Managed Kubeflow Pipelines Chapter 11: MLOps Governance with Vertex AI Part 3: Prebuilt/Turnkey ML Solutions Available in GCP
Chapter 12: Vertex AI – Generative AI Tools Chapter 13: Document AI – An End-to-End Solution for Processing Documents Chapter 14: ML APIs for Vision, NLP, and Speech Part 4: Building Real-World ML Solutions with Google Cloud
Chapter 15: Recommender Systems – Predict What Movies a User Would Like to Watch Chapter 16: Vision-Based Defect Detection System – Machines Can See Now! Chapter 17: Natural Language Models – Detecting Fake News Articles! Index Other Books You May Enjoy

Packaging a model to submit it to Vertex AI as a training job

The previous section demonstrated a small image colorization experiment on a Vertex AI Workbench notebook. Notebooks are great for small-scale and quick experiments, but when it comes to large-scale experiments (with more compute and/or memory requirements), it is advised to launch them as a Vertex AI job and specify desired machine specifications (accelerators such as GPU or TPU if needed) for optimal experimentation. Vertex AI jobs also let us execute tons of experiments in parallel without waiting for the results of a single experiment. Experiment tracking is also quite easy with Vertex AI jobs, so it becomes easier to compare your latest experiments with past experiments with the help of saved metadata and the Vertex AI UI. Now, let’s use our model experimentation setup from the previous section and launch it as a Vertex AI training job.

Important note

Vertex AI jobs run in a containerized environment,...

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