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dSUMO: towards a distributed SUMO
Bragard, Quentin; Ventresque, Anthony; Murphy, Liam
Microscopic urban mobility simulations consist of modelling a city's road network and infrastructure, and to run autonomous individual vehicles to understand accurately what is going on in the city. However, when the scale of the problem space is large or when the processing time is critical, performing such simulations might be problematic as they are very computationally expensive applications. In this paper, we propose to leverage the power of many computing resources to perform quicker or larger microscopic simulations, keeping the same accuracy as the classical simulation running on a single computing unit. We have implemented a distributed version of SUMO, called dSUMO. We show in this paper that the accuracy of the simulation in SUMO is not impacted by the distribution and we give some preliminary results regarding the performance of dSUMO compared to SUMO.
Keyword(s): urban traffic simulation; distributed simulation; road network partitioning
Publication Date:
2013
Type: Conference item
Peer-Reviewed: Yes
Language(s): English
Institution: University of Limerick
Citation(s): The first SUMO User Conference (SUMO2013);pp. 132-
http://sumo-sim.org/2013/conference.html
First Indexed: 2014-09-25 05:37:38 Last Updated: 2019-09-19 06:26:09