A Machine Learning Approach for Consumer Demand Forecasting - Couverture souple

Anderson, Henry

Couverture souple

ISBN 13 : 9798256184353

Editeur : Boatfact, 2026

Synopsis

In today's data-driven economy, businesses can no longer rely solely on intuition or historical averages to predict customer demand. Rapidly changing consumer preferences, seasonal trends, economic conditions, promotional campaigns, and global market dynamics require forecasting methods that are both accurate and adaptable. A Machine Learning Approach for Consumer Demand Forecasting presents a comprehensive introduction to how modern machine learning techniques can be used to improve demand forecasting and support better business decisions.

This book explains the principles of consumer demand forecasting in a clear and practical manner, making it suitable for students, researchers, business analysts, data scientists, supply chain professionals, and decision-makers who want to understand how artificial intelligence is transforming forecasting. Beginning with the fundamentals of demand prediction, the book explores the importance of collecting high-quality data, identifying relevant variables, cleaning and preparing datasets, engineering meaningful features, and selecting the most appropriate predictive models for different business scenarios.

Readers are introduced to a wide range of machine learning algorithms commonly used in forecasting applications, including linear regression, logistic regression, decision trees, random forests, support vector machines, gradient boosting methods, artificial neural networks, and deep learning techniques. The book explains the strengths and limitations of each approach while demonstrating how they can be applied to consumer demand forecasting across various industries. It also discusses model evaluation techniques, performance metrics, cross-validation strategies, and methods for improving prediction accuracy while reducing overfitting.

Beyond algorithmic concepts, the book emphasizes the practical implementation of forecasting systems. It examines how businesses can integrate machine learning into inventory management, production planning, procurement, warehouse operations, pricing strategies, sales forecasting, marketing campaigns, and customer relationship management. Real-world examples illustrate how organizations can use predictive analytics to optimize stock levels, reduce waste, improve service levels, minimize operational costs, and respond quickly to changing market conditions.

Special attention is given to time series forecasting, demand seasonality, promotional effects, customer purchasing behavior, and external factors such as holidays, weather, economic indicators, and market disruptions. Readers will learn how these variables influence forecasting performance and how machine learning models can capture complex relationships that traditional statistical methods may overlook.

The book also discusses emerging developments in artificial intelligence, cloud computing, big data analytics, and automated machine learning, highlighting how these technologies are reshaping modern forecasting systems. Ethical considerations, data privacy, model transparency, and responsible AI practices are also introduced to help readers understand the broader implications of deploying intelligent forecasting solutions in real business environments.

Whether the reader is building forecasting models for academic research, developing predictive systems for an organization, or simply seeking to understand the growing role of machine learning in business analytics, this book provides a balanced combination of theoretical foundations and practical insights. Each chapter is designed to strengthen the reader's understanding of machine learning concepts while demonstrating their application to consumer demand prediction.

Détails de l'édition

• Éditeur: Boatfact
• Date d'édition: 2026
• Langue: anglais
• ISBN 13: 9798256184353
• Reliure: Paperback
• Nombre de pages: 118
• Coordonnées du fabricant: non disponible
• Personne responsable: non disponible