The metamodel is built around a macroscopic network model that relates calibration
parameters to field measurements in an analytical, computationally tractable, and …

Traditional calibration algorithms for intricate simulation-based traffic simulators use
generalpurpose optimization algorithms, which treat the simulator as a black-box. In this …

Abstract Simulation-based Dynamic Traffic Assignment models have important applications
in real-time traffic management and control. The efficacy of these systems rests on the ability …

To support traffic operators in regional traffic management centers with their network control
tasks, the Traffic Research Center of the Dutch Ministry of Transportation has proposed a …

The severity of traffic congestion is increasing each year in the US, resulting in higher travel
times, and increased energy consumption and emissions. They have led to an increasing …

The calibration (estimation of inputs and parameters) for dynamic traffic assignment (DTA)
systems is a crucial process for traffic prediction accuracy, and thus critical to global traffic …

Transportation simulators have been increasingly popular and widely applied to analyze
transportation problems that are not amendable to study by other means. Model calibration …

This study proposes and applies a methodology to calibrate microscopic traffic flow
simulation models. The proposed methodology has the capability to calibrate …

Road transportation simulators are increasingly used by transportation stakeholders around
the world for the analysis of intricate transportation systems. Model calibration is a crucial …

Model calibration is a crucial step in building a reliable microscopic traffic simulation
application because it serves as the additional check to ensure that the model parameters …