Intelligent Control for Modern Transportation Systems 1st Edition

Intelligent Control for Modern Transportation Systems (1st Edition) delivers a clear, practical roadmap for engineers, planners, and researchers transforming mobility across cities and corridors worldwide. This authoritative volume bridges control theory and real-world transportation challenges—traffic flow optimization, autonomous vehicle guidance, rail and metro regulation, and smart infrastructure.

Inside, contemporary methods such as model predictive control (MPC), adaptive and robust control, sensor fusion, and V2X communication are presented with applied perspective. Chapters guide readers from mathematical foundations to implementation strategies, emphasizing performance, safety, and reliability in urban, regional, and highway environments. Illustrative examples and system-level analyses highlight how intelligent control reduces congestion, improves energy efficiency, and supports scalable solutions for smart cities across North America, Europe, Asia-Pacific, and beyond.

Ideal for control systems engineers, transportation planners, graduate students, and policy-makers, this edition equips you with actionable techniques and design insights to: tune controllers for mixed traffic, integrate sensor networks, deploy resilient algorithms under uncertainty, and evaluate system-level impacts. The writing balances technical depth with practical usability—making complex algorithms accessible without sacrificing rigor.

Whether you’re modernizing metropolitan transit, advancing autonomous mobility, or researching next-generation traffic management, this book is a strategic reference that helps turn theory into deployable systems. Enhance your toolkit with proven control approaches tailored for today’s dynamic transportation landscape. Order your copy now to stay at the forefront of intelligent transportation engineering.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.