Microscopic traffic flow models enable predictions of traffic operations, which allows traffic
engineers to assess the efficiency and safety effects of roadway designs. Modeling vehicle …

The performance of six microscopic traffic flow models was investigated on the basis of how
well these models fit with the real-time kinematic Global Positioning System (GPS) …

Modeling traffic flow at intersections is essential for the design, control, and management of
intersections. A challenging feature of microscopic modeling vehicular movement at …

The evermore widespread use of microscopic traffic simulation in the analysis of road
systems has refocused attention on submodels, including car-following models. The …

Microscopic simulation models are becoming increasingly important tools in modeling
transport systems. A large number of models are used in many countries. The most difficult …

Several microscopic traffic flow models were tested with a publicly available data set. The
task was to predict the travel times between several observers along a one-lane rural road …

To understand the congestion problem and the occurrence of bottlenecks and to formulate
solutions for it, a thorough study of vehicle-to-vehicle interactions is necessary. Car-following …

This paper proposes a two-dimensional car-following model to tackle traffic flow problems
where considering continuum lateral distances enables a simpler or more natural …

Capturing variability within flow is an important task for traffic flow models. The linearity of the
congested part of the fundamental diagram induces a linear speed-spacing relationship at …

A significant part of the world, especially in most of the Asian countries, has heterogeneous
traffic characterized by diverse vehicles, changing composition, lack of lane discipline, etc …