Low-Code AI: A Practical Project-Driven Introduction to Machine Learning

Take a data-first and use-case–driven approach with Low-Code AI to understand machine learning and deep learning concepts. This hands-on guide presents three problem-focused ways to learn no-code ML using AutoML, low-code using BigQuery ML, and custom code using scikit-learn and Keras. In each case, you'll learn key ML concepts by using real-world datasets with realistic problems.

Business and data analysts get a project-based introduction to ML/AI using a detailed, data-driven approach: loading and analyzing data; feeding data into an ML model; building, training, and testing; and deploying the model into production. Authors Michael Abel and Gwendolyn Stripling show you how to build machine learning models for retail, healthcare, financial services, energy, and telecommunications.

You'll learn how to:

  • Distinguish between structured and unstructured data and the challenges they present
  • Visualize and analyze data
  • Preprocess data for input into a machine learning model
  • Differentiate between the regression and classification supervised learning models
  • Compare different ML model types and architectures, from no code to low code to custom training
  • Design, implement, and tune ML models
  • Export data to a GitHub repository for data management and governance
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Low-Code AI: A Practical Project-Driven Introduction to Machine Learning

Take a data-first and use-case–driven approach with Low-Code AI to understand machine learning and deep learning concepts. This hands-on guide presents three problem-focused ways to learn no-code ML using AutoML, low-code using BigQuery ML, and custom code using scikit-learn and Keras. In each case, you'll learn key ML concepts by using real-world datasets with realistic problems.

Business and data analysts get a project-based introduction to ML/AI using a detailed, data-driven approach: loading and analyzing data; feeding data into an ML model; building, training, and testing; and deploying the model into production. Authors Michael Abel and Gwendolyn Stripling show you how to build machine learning models for retail, healthcare, financial services, energy, and telecommunications.

You'll learn how to:

  • Distinguish between structured and unstructured data and the challenges they present
  • Visualize and analyze data
  • Preprocess data for input into a machine learning model
  • Differentiate between the regression and classification supervised learning models
  • Compare different ML model types and architectures, from no code to low code to custom training
  • Design, implement, and tune ML models
  • Export data to a GitHub repository for data management and governance
67.99 In Stock
Low-Code AI: A Practical Project-Driven Introduction to Machine Learning

Low-Code AI: A Practical Project-Driven Introduction to Machine Learning

by Gwendolyn Stripling, Michael Abel
Low-Code AI: A Practical Project-Driven Introduction to Machine Learning

Low-Code AI: A Practical Project-Driven Introduction to Machine Learning

by Gwendolyn Stripling, Michael Abel

eBook

$67.99 

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Overview

Take a data-first and use-case–driven approach with Low-Code AI to understand machine learning and deep learning concepts. This hands-on guide presents three problem-focused ways to learn no-code ML using AutoML, low-code using BigQuery ML, and custom code using scikit-learn and Keras. In each case, you'll learn key ML concepts by using real-world datasets with realistic problems.

Business and data analysts get a project-based introduction to ML/AI using a detailed, data-driven approach: loading and analyzing data; feeding data into an ML model; building, training, and testing; and deploying the model into production. Authors Michael Abel and Gwendolyn Stripling show you how to build machine learning models for retail, healthcare, financial services, energy, and telecommunications.

You'll learn how to:

  • Distinguish between structured and unstructured data and the challenges they present
  • Visualize and analyze data
  • Preprocess data for input into a machine learning model
  • Differentiate between the regression and classification supervised learning models
  • Compare different ML model types and architectures, from no code to low code to custom training
  • Design, implement, and tune ML models
  • Export data to a GitHub repository for data management and governance

Product Details

ISBN-13: 9781098146788
Publisher: O'Reilly Media, Incorporated
Publication date: 09/13/2023
Sold by: Barnes & Noble
Format: eBook
Pages: 328
File size: 16 MB
Note: This product may take a few minutes to download.

About the Author

Gwendolyn Stripling, Ph.D., is an artificial intelligence and machine learning content developer at Google Cloud, helping learners navigate their Generative AI and AI/ML journey. Stripling is the author of the successful YouTube video, "Introduction to Generative AI" and author of the LinkedIn Learning video "Introduction to Neural Networks." Stripling is an adjunct professor and member of Golden Gate University's Masters in Business Analytics Advisory Board. Formerly, Stripling served as a data analytics, cloud architect, and technical trainer for Qlik, a data analytics company. Stripling enjoys speaking on AI/ML, having presented at Dominican University of California's Barowsky School of Business Analytics, Golden Gate University’s Ageno School of Business Analytics, Google Cloud NEXT, and Google’s Venture Capitalist and Startup program.


Michael Abel is the technical lead for the specialized training program at Google Cloud, working to accelerate and deepen Cloud proficiency of customers through differentiated and non-standard learning experiences. Formerly, Abel was a data and machine learning technical trainer at Google Cloud and has taught the following Google Cloud courses: Machine Learning on Google Cloud, Advanced Solutions Labs ML Immersion, and Data Engineering on Google Cloud. Before joining Google, Abel served as a Visiting Assistant Professor of Mathematics at Duke University, where he performed mathematics research and taught undergraduate mathematics.

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