ABSTRACT 1 2 Modelling detailed microscopic level interactions among classes of vehicles
with varying levels of 3 automation and connectivity is essential for evaluating the potential …

Efforts to address operational issues in transportation have been the focus of many research
efforts. A number of these efforts were geared toward developing microscopic traffic …

A mathematical framework and a solution approach are presented for the simultaneous
calibration of the demand and supply parameters and inputs to microscopic traffic simulation …

The research in this paper presents the detailed development and on-line evaluation of a
microscopic traffic flow model for the city of Irvine in Southern California. This effort is the first …

Traffic simulation models have the potential to provide a cost-effective, objective, and flexible
approach to assessing design and management alternatives, particularly when these …

With the development of near term automatic vehicles following concepts such as intelligent
cruise control (ICC) and cooperative driving, vehicles will be able to automatically follow …

Determining the effect automated and connected vehicles could have on traffic flow would–
ideally–require testing the vehicles themselves in a real-world environment. In the absence …

ABSTRACT 1 Microscopic traffic simulation models are considered to be valuable and
powerful tools for 2 analyzing traffic operations in a wide range of planning and modeling …

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

Validating microscopic traffic simulation models incorporates several challenges because of
the inadequacy and rareness of validation data, and the complexity of the car following and …