Congestion, whether recurrent or non-recurrent, propagates through the road network. The
process of congestion propagation from a particular road to its neighbors can be regarded …

Traffic congestion is a condition of a segment in the road network where the traffic demand is
greater than the available road capacity. The detection of unusual traffic patterns including …

A practical approach for predicting the congestion boundary due to traffic incidents was
proposed. Based on the kinematic wave theory and Van Aerde single-regime flow model, a …

The current non-connected autonomous vehicle scheme for speed changing along the road
has limitations. Other alternatives require a central control or a complex communication …

Optimal traffic control under incident-driven congestion is crucial for road safety and
maintaining network performance. Over the last decade, prediction and simulation of road …

This research proposes a graphical solution to arterial road dynamics simulation. An arterial
road consists of channelized and upstream sections. Traffic flow is mixed in the upstream …

Recently, rates of vehicle ownership have risen globally, exacerbating problems including
air pollution, lack of parking, and traffic congestion. While many solutions to these problems …

ABSTRACT A typical arterial consists of two sections: an upstream section (U-section) and a
channelized section (C-section). When vehicles queue beyond the interface of the two …

Data mining is the process of sorting through large data sets to identify patterns and
establish relationships to solve problems through data analysis and it is a process of …

Developing a traffic-flow simulation is one of the first steps to gain understanding of how
traffic congestion occurs. This simulation will run the Intelligent-Driver-Model with an added …