Linear and Nonlinear Regression in Artificial Intelligenc VOL-2

Linear and Nonlinear Regression in Artificial Intelligence

Artificial Intelligence is increasingly driven by predictive models capable of learning complex patterns, quantifying uncertainty, scaling to massive datasets, and delivering interpretable insights. While traditional regression methods provide the foundations of predictive modeling, modern AI systems demand far more sophisticated approaches capable of handling nonlinear relationships, uncertainty, high-dimensional data, and real-world deployment challenges.

Linear and Nonlinear Regression in Artificial Intelligence: Mathematical Foundations, Regularization Techniques & Predictive Modeling (Vol-II) continues the journey begun in Volume I by exploring advanced regression techniques that power contemporary machine learning and AI systems.

This volume moves beyond classical regression models into the domains of kernel-based learning, neural network regression, Bayesian inference, Gaussian Process Regression, explainable AI, large-scale optimization, and real-world predictive analytics.

Readers will develop a comprehensive understanding of:

• Support Vector Regression (SVR)

• Kernel-Based Regression Models

• Neural Network Regression and Deep Learning

• Bayesian Regression Techniques

• Gaussian Process Regression (GPR)

• Uncertainty-Aware Predictive Modeling

• Regression for Big Data Systems

• Distributed and Online Learning

• Explainable AI (XAI) for Regression Models

• SHAP and LIME Interpretability Techniques

• Real-World AI Applications

• End-to-End Machine Learning Projects

• Industry-Oriented Case Studies

• Interview Preparation and Research Trends

Unlike many machine learning books that focus primarily on software implementation, this volume emphasizes the mathematical intuition, optimization principles, probabilistic reasoning, and practical deployment strategies behind advanced regression systems.

Through rigorous explanations, practical examples, Python implementations, case studies, and modern AI applications, readers gain the ability to design, evaluate, interpret, and deploy predictive models across diverse domains including healthcare, finance, computer vision, natural language processing, climate science, and engineering.

Whether you are a student, researcher, data scientist, AI engineer, or analytics professional, this volume provides the advanced knowledge necessary to build intelligent prediction systems in today's AI-driven world.

• Artificial Intelligence and Machine Learning Engineers

• Data Scientists and Analytics Professionals

• BCA, MCA, B.Tech, M.Tech and Data Science Students

• Researchers and PhD Scholars

• Predictive Analytics Professionals

• Financial and Risk Modeling Experts

• Healthcare AI Practitioners

• Software Engineers working on AI systems

✔ Advanced kernel-based regression techniques

✔ Deep learning models for regression tasks

✔ Bayesian and probabilistic predictive modeling

✔ Gaussian Process Regression and uncertainty estimation

✔ Large-scale machine learning systems

✔ Explainable AI and model interpretability

✔ Real-world AI deployment strategies

✔ Modern research directions in regression and predictive analytics

Modern AI applications require more than accurate predictions. They require scalable models, uncertainty estimation, transparency, fairness, and interpretability.

The advanced techniques presented in this volume provide the foundation for next-generation predictive systems used in autonomous technologies, financial forecasting, healthcare diagnostics, intelligent decision support systems, and scientific discovery.

For readers seeking to move beyond traditional regression and master modern predictive AI systems, this volume offers a comprehensive roadmap from advanced algorithms to practical deployment