Mastering Gradient Boosting
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Mastering Gradient Boosting
Author: Dr Benjamin Neudorf
language: en
Publisher: Independently Published
Release Date: 2025-09-16
Unlock the Power of Modern Machine Learning-No Experience Required Are you fascinated by the buzz around machine learning but feel overwhelmed by the jargon, math, or where to even start? Maybe you've seen words like CatBoost, LightGBM, or XGBoost in tutorials and forums, but every explanation seems written for experts. You're not alone-and you don't need a computer science degree to master these powerful tools. Mastering Gradient Boosting is your friendly, step-by-step guide to conquering three of today's most essential machine learning libraries. Whether you're an absolute beginner or a curious professional, this book welcomes you with open arms-demystifying complex concepts and turning technical obstacles into practical victories. What Makes This Book Different? Instead of intimidating you with formulas or skipping key steps, this book gently guides you from the basics to hands-on mastery: Zero Prerequisites: No advanced math or coding experience required. Every chapter explains terms, breaks down code, and celebrates your progress. Learn by Doing: Build real projects from scratch using Python and today's most in-demand libraries-CatBoost, LightGBM, and XGBoost. Confidence-Building Approach: Each section is designed to reduce anxiety, normalize mistakes, and transform uncertainty into "aha!" moments. Complete Practical Coverage: Install and set up your environment with ease Understand gradient boosting, decision trees, and ensemble learning Train, tune, and evaluate powerful models with clear, bite-sized code Explore real-world case studies in finance, healthcare, and customer analytics Interpret results and deploy models for real impact Key Takeaways You'll Gain: Build high-performance ML models for tabular data-even as a beginner Master model evaluation, hyperparameter tuning, and interpretability (SHAP, LIME, etc.) Develop a robust workflow you can use in Kaggle competitions, job interviews, or your own data projects Gain skills trusted by data scientists, analysts, and tech teams worldwide A Supportive Guide for Lifelong Learners Learning machine learning should be empowering-not intimidating. This book meets you where you are, encourages your curiosity, and helps you turn small wins into big breakthroughs. Each chapter ends with tips, encouragement, and next steps, making the journey enjoyable at every turn. Perfect For: Beginners, students, and career-changers Self-learners eager to build job-ready skills Anyone seeking a supportive introduction to CatBoost, LightGBM, and XGBoost Ready to unlock your potential and master the most in-demand machine learning skills? Start your journey with Mastering Gradient Boosting-and see just how far you can go.
Mastering Spark with R
Author: Javier Luraschi
language: en
Publisher: "O'Reilly Media, Inc."
Release Date: 2019-10-07
If you’re like most R users, you have deep knowledge and love for statistics. But as your organization continues to collect huge amounts of data, adding tools such as Apache Spark makes a lot of sense. With this practical book, data scientists and professionals working with large-scale data applications will learn how to use Spark from R to tackle big data and big compute problems. Authors Javier Luraschi, Kevin Kuo, and Edgar Ruiz show you how to use R with Spark to solve different data analysis problems. This book covers relevant data science topics, cluster computing, and issues that should interest even the most advanced users. Analyze, explore, transform, and visualize data in Apache Spark with R Create statistical models to extract information and predict outcomes; automate the process in production-ready workflows Perform analysis and modeling across many machines using distributed computing techniques Use large-scale data from multiple sources and different formats with ease from within Spark Learn about alternative modeling frameworks for graph processing, geospatial analysis, and genomics at scale Dive into advanced topics including custom transformations, real-time data processing, and creating custom Spark extensions
Machine Learning for Tabular Data
Business runs on tabular data in databases, spreadsheets, and logs. Crunch that data using deep learning, gradient boosting, and other machine learning techniques. Machine Learning for Tabular Data teaches you to train insightful machine learning models on common tabular business data sources such as spreadsheets, databases, and logs. You’ll discover how to use XGBoost and LightGBM on tabular data, optimize deep learning libraries like TensorFlow and PyTorch for tabular data, and use cloud tools like Vertex AI to create an automated MLOps pipeline. Machine Learning for Tabular Data will teach you how to: • Pick the right machine learning approach for your data • Apply deep learning to tabular data • Deploy tabular machine learning locally and in the cloud • Pipelines to automatically train and maintain a model Machine Learning for Tabular Data covers classic machine learning techniques like gradient boosting, and more contemporary deep learning approaches. By the time you’re finished, you’ll be equipped with the skills to apply machine learning to the kinds of data you work with every day. Foreword by Antonio Gulli. About the technology Machine learning can accelerate everyday business chores like account reconciliation, demand forecasting, and customer service automation—not to mention more exotic challenges like fraud detection, predictive maintenance, and personalized marketing. This book shows you how to unlock the vital information stored in spreadsheets, ledgers, databases and other tabular data sources using gradient boosting, deep learning, and generative AI. About the book Machine Learning for Tabular Data delivers practical ML techniques to upgrade every stage of the business data analysis pipeline. In it, you’ll explore examples like using XGBoost and Keras to predict short-term rental prices, deploying a local ML model with Python and Flask, and streamlining workflows using large language models (LLMs). Along the way, you’ll learn to make your models both more powerful and more explainable. What's inside • Master XGBoost • Apply deep learning to tabular data • Deploy models locally and in the cloud • Build pipelines to train and maintain models About the reader For readers experienced with Python and the basics of machine learning. About the author Mark Ryan is the AI Lead of the Developer Knowledge Platform at Google. A three-time Kaggle Grandmaster, Luca Massaron is a Google Developer Expert (GDE) in machine learning and AI. He has published 17 other books. Table of Contents Part 1 1 Understanding tabular data 2 Exploring tabular datasets 3 Machine learning vs. deep learning Part 2 4 Classical algorithms for tabular data 5 Decision trees and gradient boosting 6 Advanced feature processing methods 7 An end-to-end example using XGBoost Part 3 8 Getting started with deep learning with tabular data 9 Deep learning best practices 10 Model deployment 11 Building a machine learning pipeline 12 Blending gradient boosting and deep learning A Hyperparameters for classical machine learning models B K-nearest neighbors and support vector machines