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Contacts: Juan Jesus Gonzalez [j.gonzalezd@umh.es], Javier Gozalvez [j.gozalvez@umh.es]

This scenario is designed for SUMO (Simulator of Urban MObility), version 0.32.0.

• Comprises 97 Km of freeway in the Mediterranean corridor.
• Include sections with two and three lanes, 36 on-ramps and 34 off-ramps.
• Approximate Average Daily Traffic (ADT) of 100.000 vehicles/day.
• Calibrated with Cadyts (1), using a novel methodology (2).
• Dataset composed of 9 days of measurements on 82 induction loops located in mainline lanes and on/off-ramps.
• Calibration of Light Vehicles and Heavy Vehicles.

Common files:

• Alicante-Murcia_MW_LIMPIO_GR_CRECIENTE_beforeApril16.net.xml SUMO road network file.
• detectores_Ali-Mur_CREC_bAp16_Ord_567OK_best82_LIGEROS.xml SUMO detector file for Light Vehicles.
• detectores_Ali-Mur_CREC_bAp16_Ord_567OK_best82_PESADOS.xml SUMO detector file for Heavy Vehicles.
• detectores_Ali-Mur_CREC_bAp16_Ord_567OK_best82_MIX.xml SUMO detector file for all vehicles.
• rerouters.xml SUMO additional file to include rerouters in the road network.
• vtypes.xml SUMO additional file to define vehicle types.

Each 12 hour period is calibrated independently, having its own demand file and configuration file:

• altRoutesOutput_XXX.cal.xml SUMO demand file.
• iteration_XXX.sumocfg SUMO configuration file.

The scenario is divided in 12 hour periods, each of which is calibrated independently, thus producing 18 different demand files for the 9 days dataset.

To run the scenario, place all the files above in the same directory (common files and corresponding 12 hour period files) and execute SUMO with the corresponding configuration file. For example:

sumo iteration_XXX.sumocfg

(1) Cadyts – Calibration of Dynamic Traffic Simulations [https://people.kth.se/~gunnarfl/cadyts.html]

(2) Under development

This project is licensed under the MIT License - see theLICENSE.md file for details

This work was supported by the Spanish Dirección General de Tráfico (SPIP2017-02204).