Feedback Control Theory for Dynamic Traffic Assignment: Advances in Industrial Control (2nd Edition)

Description

This ebook Feedback Control Theory for Dynamic Traffic Assignment: Advances in Industrial Control, 2nd edition (PDF) offers a cutting-edge approach to developing feedback control methodologies tailored for dynamic traffic assignment (DTA). With the rise of innovative sensing and information dissemination technologies, this work aims to enhance real-time traffic management within intelligent transportation systems, making it a vital resource for both researchers and practitioners in the field.

Delving into the intricacies of traffic systems, this edition presents three distinct modeling methodologies, which are pivotal for understanding traffic dynamics:

• **Partial Differential Equations**: This modeling technique represents a distributed-parameter system, providing a broad perspective on traffic flow.
• **Discreet-Time Ordinary Differential Equations (ODEs)**: Offering insights into a discrete-time lumped-parameter setting, this method serves as a practical tool for analyzing traffic behavior.
• **Continuous-Time Ordinary Differential Equations (ODEs)**: By representing a continuous-time lumped-parameter setting, this model facilitates real-time traffic control and analysis.

The feedback control strategies elaborated in this book are specifically designed to achieve equilibrium among road users, circumventing the common pitfall of merely transferring congestion from one route to another due to overreaction to real-time routing information.

The thoroughly revised **2nd edition** of Feedback Control Theory for Dynamic Traffic Assignment introduces readers to several brand-new chapters that enrich its content:

• A comprehensive update on contemporary traffic-flow theory, reflecting the latest research and techniques.
• A detailed examination of the mathematical solutions employed in analyzing traffic dynamics.
• A robust discussion on the DTA problem, casting light on real-time feedback-based challenges.

Furthermore, this edition incorporates techniques that emphasize the significance of entropy at various crucial points throughout the textbook, enhancing its applicability and theoretical depth.

This book serves as an invaluable resource for researchers focused on traffic control, offering a theoretical foundation that underpins further exploration. Professionals in highway administration and engineering will benefit from continual references to practical applications, aiding their efforts to maintain and optimize traffic flow in ever-evolving urban environments. Additionally, the extensive end-of-chapter exercises provide graduate students and newcomers to the field with opportunities to deepen their understanding and apply the concepts learned.

ISBN: 978-1-78937-910-3
ISBN: 978-1-78937-908-0
ISBN: 978-1-78937-909-7
ISBN: 978-1-78937-911-0