Traffic Flow Modeling and Intelligent Transport Systems

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Related lectures (32)

Ramp Metering: Applications MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Covers the concept and benefits of ramp metering, its implementation issues, and case studies from Amsterdam and Australia.

Real-time traffic management MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Covers real-time traffic management, including traffic flow modeling, control strategies, sensors, and public transport priority.

Actuated and Coordinated Control MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Covers actuated and coordinated control in traffic flow modeling and ITS.

Traffic Flow Modelling: Urban Congestion and Mobility Improvement MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Focuses on urban congestion, traffic management schemes, and improving mobility through elegant models and smart control algorithms.

Static Route Choice: Congestion Games MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Explores static route choice, congestion games, equilibrium concepts, Braess paradox, and system performance.

Variable speed limits: Traffic flow modeling and ITS MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Covers variable speed limits, merging traffic control, and feedback structures for traffic flow.

Traffic Flow Modeling: LWR Theory Examples MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Explores applying LWR theory to analyze traffic congestion scenarios.

Urban Restructuring in Pikine Irregular South: Tools and Methods

Covers the urban restructuring of Pikine Irregular South, focusing on traffic flow, public transportation networks, and social facilities.

Equilibrium Approximation: How Good MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Delves into the limits of equilibrium models in transportation and the concept of equilibrium stability in traffic conditions.

Macroscopic Fundamental Diagram, Dynamic Modeling MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Explores the Macroscopic Fundamental Diagram in traffic flow modeling and multimodal networks.

Urban Planning: Sustainable Mobility Integration

Explores sustainable urban planning tools and methods in Africa, emphasizing mobility integration and challenges.

Urban Mobility in Brussels MOOC: Mobility and urban planning

Explores urban mobility and planning in Brussels, focusing on the Schuman multimodal hub and transportation infrastructure.

Human-Centric Ubiquitous Mobility: Intelligent Systems

Delves into the challenges and solutions of human-centric mobility in urban networks.

Traffic flow modeling: Developing and testing traffic models MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Covers the fundamentals of traffic flow modeling, including model classification and testing techniques.

Traffic flow variables MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Covers traffic flow variables, including space-time diagrams and speed calculations, based on Edie (1963).

Network level traffic management and control with MFDs MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Explores network-level traffic management and control using Macroscopic Fundamental Diagrams (MFDs) for large-scale urban transport systems.

Macroscopic Fundamentals Diagram, Physical Properties MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Covers the Macroscopic Fundamental Diagram in traffic flow modeling, discussing its physical properties, regularity conditions, and congestion propagation.

Traffic Flow Modeling: An Introduction to LWR Theory MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Covers the LWR traffic flow theory, including conservation laws, shock waves, basics, and principles.

Traffic signal control MOOC: Intro to Traffic Flow Modeling and Intelligent Transport Systems

Explores the basics of traffic signal control, including phases, delay, saturation flow, and control strategies.

Switched Networks: Time and Safety Critical Applications

Explores the challenges and benefits of achieving segregation in switched networks for critical and non-critical messages.

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