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Machine Learning Security Principles

You're reading from   Machine Learning Security Principles Keep data, networks, users, and applications safe from prying eyes

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Product type Paperback
Published in Dec 2022
Publisher Packt
ISBN-13 9781804618851
Length 450 pages
Edition 1st Edition
Languages
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Author (1):
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John Paul Mueller John Paul Mueller
Author Profile Icon John Paul Mueller
John Paul Mueller
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Toc

Table of Contents (19) Chapters Close

Preface 1. Part 1 – Securing a Machine Learning System
2. Chapter 1: Defining Machine Learning Security FREE CHAPTER 3. Chapter 2: Mitigating Risk at Training by Validating and Maintaining Datasets 4. Chapter 3: Mitigating Inference Risk by Avoiding Adversarial Machine Learning Attacks 5. Part 2 – Creating a Secure System Using ML
6. Chapter 4: Considering the Threat Environment 7. Chapter 5: Keeping Your Network Clean 8. Chapter 6: Detecting and Analyzing Anomalies 9. Chapter 7: Dealing with Malware 10. Chapter 8: Locating Potential Fraud 11. Chapter 9: Defending against Hackers 12. Part 3 – Protecting against ML-Driven Attacks
13. Chapter 10: Considering the Ramifications of Deepfakes 14. Chapter 11: Leveraging Machine Learning for Hacking 15. Part 4 – Performing ML Tasks in an Ethical Manner
16. Chapter 12: Embracing and Incorporating Ethical Behavior 17. Index 18. Other Books You May Enjoy

Mitigating dataset corruption

Dataset corruption is different from dataset modification because it usually infers some type of accidental modification that could be relatively easy to spot, such as values out of range or missing altogether. The results of the corruption could appear random or erratic. In many cases, assuming the corruption isn’t widespread, it’s possible to fix the dataset and restore it to use. However, some datasets are fragile (especially those developed from multiple incompatible sources), so you might have to recreate them from scratch. No matter the source or extent of the data corruption, a dataset that suffers from corruption does have these issues:

  • The data is inherently less reliable because you can’t ensure absolute parity with the original data.
  • Any model you create from the data may not precisely match the model created with the original data.
  • Hackers or disgruntled employees may purposely corrupt a dataset to keep...
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