Modern approaches to basic traffic flow modeling - the three-phase traffic theory Boris S Kerner Daimler AG, Germany Abstract A review of three-phase traffic theory and associated modeling approaches as well as this

Source URL: tft.ceng.calpoly.edu

Modeling Traffic Flow Phenomena Femke van Wageningen-Kessels Civil Engineering & Geosciences, University of Technology Delft, The Netherlands Thomas Schreiter ∗

Source URL: www.mech.kuleuven.be

• Traffic flow
• Three-phase traffic theory
• Microscopic traffic flow model
• Traffic congestion
• Fundamental diagram of traffic flow
• Traffic wave
• Traffic bottleneck
• Traffic
• Fluid dynamics
• Transport
• Land transport
• Road transport

DYNAMICAL NETWORK MANAGEMENT AND HISTORICAL ANALYSIS BASED ON FLOATING CAR DATA Mario Vanlommel, Philippe DeMaeyer Department of Geography, UGent, Belgium Steven Logghe Be-Mobile, Belgium

Source URL: www.mech.kuleuven.be

• Transport engineering
• Mathematical physics
• Intelligent transportation systems
• Traffic flow
• Traffic congestion
• Floating car data
• Traffic
• Three-phase traffic theory
• Traffic Message Channel
• Transport
• Land transport
• Road transport

Techniques for Validating an Automatic Bottleneck Detection Tool Using Archived Freeway Sensor Data Jerzy Wieczorek, Rafael J. Fernández-Moctezuma, and Robert L. Bertini describe travel reliability across days, weeks, m

Source URL: civilstat.com

• Traffic flow
• Bottleneck
• Three-phase traffic theory
• Ramp meter
• Traffic bottleneck
• Traffic congestion
• Intelligent transportation system
• Program optimization
• Traffic
• Transport
• Land transport
• Road transport

Microsoft Word - DBP Jun 09.doc

Source URL: www.aps.org

• Transport engineering
• Neural networks
• Road transport
• Three-phase traffic theory