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Machine Learning Infrastructure and Best Practices for Software Engineers

You're reading from   Machine Learning Infrastructure and Best Practices for Software Engineers Take your machine learning software from a prototype to a fully fledged software system

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Product type Paperback
Published in Jan 2024
Publisher Packt
ISBN-13 9781837634064
Length 346 pages
Edition 1st Edition
Languages
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Author (1):
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Miroslaw Staron Miroslaw Staron
Author Profile Icon Miroslaw Staron
Miroslaw Staron
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Table of Contents (24) Chapters Close

Preface 1. Part 1:Machine Learning Landscape in Software Engineering
2. Machine Learning Compared to Traditional Software FREE CHAPTER 3. Elements of a Machine Learning System 4. Data in Software Systems – Text, Images, Code, and Their Annotations 5. Data Acquisition, Data Quality, and Noise 6. Quantifying and Improving Data Properties 7. Part 2: Data Acquisition and Management
8. Processing Data in Machine Learning Systems 9. Feature Engineering for Numerical and Image Data 10. Feature Engineering for Natural Language Data 11. Part 3: Design and Development of ML Systems
12. Types of Machine Learning Systems – Feature-Based and Raw Data-Based (Deep Learning) 13. Training and Evaluating Classical Machine Learning Systems and Neural Networks 14. Training and Evaluation of Advanced ML Algorithms – GPT and Autoencoders 15. Designing Machine Learning Pipelines (MLOps) and Their Testing 16. Designing and Implementing Large-Scale, Robust ML Software 17. Part 4: Ethical Aspects of Data Management and ML System Development
18. Ethics in Data Acquisition and Management 19. Ethics in Machine Learning Systems 20. Integrating ML Systems in Ecosystems 21. Summary and Where to Go Next 22. Index 23. Other Books You May Enjoy

Training and testing processes

Machine learning has revolutionized the way we solve complex problems by enabling computers to learn from data and make predictions or decisions without being explicitly programmed. One crucial aspect of machine learning is training models, which involves teaching algorithms to recognize patterns and relationships in data. Two fundamental methods for training machine learning models are model.fit() and model.predict().

The model.fit() function lies at the heart of training a machine learning model. It is the process by which a model learns from a labeled dataset to make accurate predictions. During training, the model adjusts its internal parameters to minimize the discrepancy between its predictions and the true labels in the training data. This iterative optimization process, often referred to as “learning,” allows the model to generalize its knowledge and perform well on unseen data.

In addition to the training data and labels,...

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