ROAD TRAFFIC MODELING: THE INTEREST OF WARM-UP DETECTION IN DYNAMIC SIMULATIONS

Journal Title: Engineering and Technology Journal - Year 2018, Vol 3, Issue 5

Abstract

The design, study and management of road traffic systems has become increasingly difficult and costly as existing configurations are multiple and complex. Our objective in this article is to present a state of the art on modeling techniques, namely macroscopic, microscopic and mesoscopic modeling. And we will see that in order to solve the space and time scale problems encountered in the aforementioned models, a new model named static hybrid has appeared. The latter aims to take advantage of classical models, adopting the model at the scale of the phenomenon studied. But the static hybrid approach cannot observe the phenomenon of congestion. To overcome these limitations, we have developed an approach to move from a macroscopic presentation to a microscopic presentation. The latter will create an empty section that will gradually be filled with vehicles. This phase called "initial transition" or "warm-up" marks an unstable state. The main objective is to eliminate the warming phase by dynamically transforming the macroscopic simulation into a microscopic simulation.

Authors and Affiliations

Najia BOUHA,   Najia BOUHA,  Zouhir MAHANI MAHANI 

Keywords

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  • EP ID EP705283
  • DOI 10.31142/etj/v3i5.01
  • Views 119
  • Downloads 0

How To Cite

Najia BOUHA,    Najia BOUHA,  Zouhir MAHANI MAHANI  (2018). ROAD TRAFFIC MODELING: THE INTEREST OF WARM-UP DETECTION IN DYNAMIC SIMULATIONS. Engineering and Technology Journal, 3(5), -. https://europub.co.uk/articles/-A-705283