Nonita Sharma

Understanding Explainable AI is a clear and practical guide to making sense of how modern AI systems think, decide, and justify their predictions. This book introduces the foundations of Explainable Artificial Intelligence (XAI), explaining why interpretability matters, what types of explanations exist, and how ethical, fair, and responsible AI can be achieved. Beginning with core concepts such as black-box versus white-box models and interpretable data representations, the book builds a strong conceptual and mathematical base, supported by intuitive Python examples that make complex ideas accessible to students, practitioners, and early-career researchers. Guiding you from simple linear models and decision trees to advanced local and global explanation techniques, the book explores widely used XAI methods such as LIME, SHAP, counterfactuals, partial dependence plots, and surrogate models. It then moves deeper into neural network interpretability, feature visualization, and concept detection, helping you understand what deep models actually learn. The final chapters demonstrate how XAI techniques are applied in real-world scenarios across industries, showing how interpretability improves confidence, accountability, and decision-making. By the end of the book, you will be equipped to design, analyze, and deploy AI systems that are not only accurate, but also transparent and trustworthy. What You Will Learn: Ethics, Fairness, and Responsible AI Understanding Models and Data with Black-Box vs White-Box Models Implementing models and principles with simple Python Examples Demonstrating Local Model-Agnostic XAI Methods Applications of XAI in Healthcare, Finance, Agriculture, and more Who This Book Is For: AI Engineers, Researchers, and Students

The world is filled with lots and lots of data. Be it data in the form of pictures, statistical values, videos, music, words, etc. Traditionally human being is able to recognize and extract a meaningful pattern out of such data. But as the volume of data increases, it becomes impossible for a human being to extract it meaningfully. To get a meaning out of such bulk data, a set of tools are required with the help of which a machine can be taught to recognize the pattern and extract the information. The term machine learning came into existence. Time is an importantfactor when it comes to data where the sudden change in the values at a particular time can have a huge impact on the outcome. Smart forecasting tools powered by data science is necessary to successfully deal with capacity and strategic planning which is required to handle the scenario and save lives. The purpose of this book is to present an efficient model that can forecast the values more accurately in a particular field.