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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

Product type Book
Published in Jan 2024
Publisher Packt
ISBN-13 9781837634064
Pages 346 pages
Edition 1st Edition
Languages
Author (1):
Miroslaw Staron Miroslaw Staron
Profile icon Miroslaw Staron

Table of Contents (24) Chapters

Preface 1. Part 1:Machine Learning Landscape in Software Engineering
2. Machine Learning Compared to Traditional Software 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

Understanding the training process

From the software engineer’s perspective, the training process is rather simple – we fit the model, validate it, and use it. We check how good the model is in terms of the performance metrics. If the model is good enough, and we can explain it, then we develop the entire product around it, or we use it in a larger software product.

When the model does not learn anything useful, we need to understand why this is the case and whether there could be another model that can. We can use the visualization techniques we learned about in Chapter 6 to explore the data and clear it from noise using the techniques from Chapter 4.

Now, let’s explore the process of how the decision tree model learns from the data. The DecisionTree classifier learns from the provided data by recursively partitioning the feature space based on the values of the features in the training dataset. It constructs a binary tree where each internal node represents...

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