Optimizing Hyperparameters for Machine Learning Algorithms in Production
eBook - PDF

Optimizing Hyperparameters for Machine Learning Algorithms in Production

  1. 258 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Optimizing Hyperparameters for Machine Learning Algorithms in Production

About this book

Machine learning (ML) offers the potential to train data-based models and therefore to extract knowledge from data. Due to an increase in networking and digitalization, data and consequently the application of ML are growing in production. The creation of ML models includes several tasks that need to be conducted within data integration, data preparation, modeling, and deployment. One key design decision in this context is the selection of the hyperparameters of an ML algorithm – regardless of whether this task is conducted manually by a data scientist or automatically by an AutoML system. Therefore, data scientists and AutoML systems rely on hyperparameter optimization (HPO) techniques: algorithms that automatically identify good hyperparameters for ML algorithms. The selection of the HPO technique is of great relevance, since it can improve the final performance of an ML model by up to 62 % and reduce its errors by up to 95 %, compared to computing with default values. As the selection of the HPO technique depends on different domain-specific influences, it becomes more and more popular to use decision support systems to facilitate this selection. Since no approach exists, which covers the requirements from the production domain, the main research question of this thesis was: Can a decision support system be developed that supports in the selecting of HPO techniques in the production domain?

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Yes, you can access Optimizing Hyperparameters for Machine Learning Algorithms in Production by Jonathan Krauß in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Engineering General. We have over one million books available in our catalogue for you to explore.

Table of contents

  1. I Table of Contents
  2. II Formula Symbols and Abbreviations
  3. III List of Figures
  4. IV List of Tables
  5. 1 Introduction and Motivation
  6. 2 Fundamentals in the Selection of Hyperparameter OptimizationTechniques
  7. 3 Existing Approaches and Required Action
  8. 4 Development of an Expert System for the Selection ofHPO Techniques in Production
  9. 5 Verification and Validation
  10. 6 Outlook and Summary
  11. V Bibliography
  12. VI Annex