Interpretability and Explainability in AI Using Python

Demystify AI Decisions and Master Interpretability and Explainability Today

Key Features
● Master Interpretability and Explainability in ML, Deep Learning, Transformers, and LLMs
● Implement XAI techniques using Python for model transparency
● Learn global and local interpretability with real-world examples

Book Description
Interpretability in AI/ML refers to the ability to understand and explain how a model arrives at its predictions. It ensures that humans can follow the model's reasoning, making it easier to debug, validate, and trust.

Interpretability and Explainability in AI Using Python takes you on a structured journey through interpretability and explainability techniques for both white-box and black-box models.

You’ll start with foundational concepts in interpretable machine learning, exploring different model types and their transparency levels. As you progress, you’ll dive into post-hoc methods, feature effect analysis, anchors, and counterfactuals—powerful tools to decode complex models. The book also covers explainability in deep learning, including Neural Networks, Transformers, and Large Language Models (LLMs), equipping you with strategies to uncover decision-making patterns in AI systems.

Through hands-on Python examples, you’ll learn how to apply these techniques in real-world scenarios. By the end, you’ll be well-versed in choosing the right interpretability methods, implementing them efficiently, and ensuring AI models align with ethical and regulatory standards, giving you a competitive edge in the evolving AI landscape.

What you will learn
● Dissect key factors influencing model interpretability and its different types.
● Apply post-hoc and inherent techniques to enhance AI transparency.
● Build explainable AI (XAI) solutions using Python frameworks for different models.
● Implement explainability methods for deep learning at global and local levels.
● Explore cutting-edge research on transparency in transformers and LLMs.
● Learn the role of XAI in Responsible AI, including key tools and methods.

Who is this book for?
This book is tailored for Machine Learning Engineers, AI Engineers, and Data Scientists working on AI applications. It also serves as a valuable resource for professionals and students in AI-related fields looking to enhance their expertise in model interpretability and explainability techniques.

1. Interpreting Interpretable Machine Learning
2. Model Types and Interpretability Techniques
3. Interpretability Taxonomy and Techniques
4. Feature Effects Analysis with Plots
5. Post-Hoc Methods
6. Anchors and Counterfactuals
7. Interpretability in Neural Networks
8. Explainable Neural Networks
9. Explainability in Transformers and Large Language Models
10. Explainability and Responsible AI
Index

Aruna Chakkirala, a seasoned technical leader and currently serves as an AI Solutions Architect at Microsoft. She was instrumental in the early adoption of Generative AI and constantly strives to keep pace with the evolving domain. As a Data Scientist, she has built Supervised and Unsupervised models to address cybersecurity problems. She holds a patent for her pioneering work in community detection for DNS querying. Her technical expertise spans multiple domains, including Networks, Security, Cloud, Big Data, and AI. She believes that the success of real-world AI applications increasingly depends on well- defined architectures across all encompassing domains. Her current interests include Generative AI, applications of LLMs and SLMs, Causality, Mechanistic Interpretability, and Explainability tools.

In her two-decade career, she has developed expertise in scale, security, and strategy at various organizations such as Infoblox, Yahoo, Nokia, EFI, and Verisign. Aruna has led highly successful teams and thrives on working with cutting-edge technologies. She is a frequent technical and keynote speaker, panelist, and an active blogger. She contributes to community open groups and serves as a guest faculty member at premier academic institutes. Outside of work, she is an avid reader and enjoys creative writing. A passionate advocate for diversity and inclusion, she is actively involved in GHCI, LeanIn, and WITI communities.

Aruna holds an M.Tech in Software Systems from BITS Pilani and a Master's in Computer Applications from Goa University. She is also an IIMB alumna and has earned certifications in Data Science from IISc Bangalore, Azure Data Science, Azure Data Engineering, and Google Professional Machine Learning Engineer.

ABOUT TECHNICAL REVIEWER

Nehaa Bansal is a trailblazing thought leader and data scientist with a strong passion for early-stage innovation. Her extensive experience across diverse sectors including banking, finance, telecom, and insurance has honed her expertise in developing impactful predictive models. She graduated with top honors in Computer Science and holds a Master's in Data Science from BITS Pilani, which provided a strong foundation for her career.

Nehaa's professional life is guided by core values of ownership, prioritizing people, and understanding the "why" behind every action. She embraces an agile approach, acting quickly, learning from failures, iterating continuously, and prioritizing fairness. Driven by a passion for solving user problems, Nehaa combines her expertise in analytics, product strategy, and leadership to develop innovative solutions, consistently pushing boundaries and demonstrating unwavering dedication. Nehaa's commitment to continuous learning, inclusivity, and collaboration, combined with her dedication and empathy, makes her an inspiring leader driving positive change in technology and data science.