Urban Traffic Networks
Subtitle: Dynamic Flow Modeling and Control
By: edited by Nathan H. Gartner, Gennaro Improta
Contributors: Improta, Gennaro
Series: Transportation Analysis; Transportation Analysis
Publisher: Springer Berlin Heidelberg
Published: 1995
Place of publication: Berlin, Heidelberg
Language: eng
Format: [electronic resource] :
Number of pages: 375
ISBN-13: 9783642796432; 9783642796418
Subjects: Engineering; Economics; Regional economics
Description: This book provides recent research results on the most pertinent subjects for the development and the design of intelligent transportation systems and advanced transport telematics, including the following topics: dynamic traffic assignment models, dynamic route guidance methods, urban traffic management and control strategies, advanced traveller information systems, methods for congestion prediction and congestion pricing, queueing systems, etc. The book will be of particular interest to scientists, engineers and researchers that are involved in the development and application of advanced transportation technologies.
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Table of contents: title: Contents: System Optimal Dynamic Assignment for Electronic Route Guidance in a Congested Traffic Network; title: Assignment in the Integration of Urban Traffic Control and Dynamic Route Guidance; title: Design Aspects of Advanced Traveler Information Systems; title: An On-Line Dynamic Traffic Prediction Model; title: Network Design Models and Methods for Urban Traffic Management; title: Development of a Combined Traffic Signal Control-Traffic Assignment Model; title: Traffic Control under Pollutant Emissions Constraints; title: Traffic Models for Dynamic Assignment; title: A Dynamic User Equilibrium Assignment Model - A Rigorous Formulation; title: Approximation to Optimal Dynamic Traffic Assignment of Peak Period Traffic to a Congested City Network; title: Sensitivity Analysis of a Dynamic Equilibrium Model for Route and Arrival Time Choice; title: An Algorithm for Extremals Calculation in Optimal Control Problems with Applications to the Dynamic Traffic Assignment Problem; title: Dynamic Congestion Pricing and the Price of FIFO; title: An Equilibrium Assignment Model Based on Simulated Delays.