Without realistic vehicle mobility patterns, the evaluation of communication protocols in vehicular networks is
compromised. Moreover, in order to ensure repeatability and fairness in vehicular simulations, researchers require simulation
tools that allow them to have a complete control of simulations. In this paper we present VACaMobil, a Mobility Manager
for the OMNeT++ simulator which offers a way to create complex scenarios with realistic vehicular mobility by allowing
to define the desired average number of vehicles, along with its upper and lower bounds, which are maintained
throughout the simulation. We compare VACaMobil against other commonly used methods which also generate and manage
vehicular mobility. Results expose some flaws of those basic tools, and shows that VACaMobil behaves significantly
better. The harmful impact on communication protocols when using common tools is also quantified, revealing VACaMobil
as a necessity for current research.
Mobility patterns, SUMO, Simulation Tool, TraCI, VANET, Veins, Vehicular Networks.Mobility patterns, SUMO, Simulation Tool, TraCI, VANET, Veins, Vehicular Networks.Mobility patterns, SUMO, Simulation Tool, TraCI, VANET, Veins, Vehicular Networks.
Department of Computer Engineering, Universitat Politècnica de València Camino de Vera S/N 46022, Valencia, Spain.