SUMO User Conference 2020

From Traffic Flow to Mobility Modeling

October 26-28 | Online

2019 2018 2017 2016 2015 2014 2013
Conference participants

Introduction

Traffic simulations are of immense importance for researchers as well as practitioners in the field of transportation. SUMO has been available since 2001 and provides a wide range of traffic planning and simulation applications. SUMO consists of a suite of tools covering road network imports and enrichment, demand generation and assignment, and a state-of-the-art microscopic traffic simulator capable of simulating private and public transport modes, as well as person-based trip chains. Being open source, SUMO is easily extensible by new behavioral models and can be dynamically controlled via a well-defined programming interface. These and other features make SUMO one of the most often used open source traffic simulators with a large and international user community.

Sessions and Presentations

  • Tutorial • Video
  • Ask us anything • Chat Q&A
  • Keynote: Emerging mobility trends and the role of transport simulation models - Jordi Casas • Video

Eclipse Session

Session 1: Autonomous Vehicles

  • Modeling autonomous dynamic vanpooling services in SUMO by integrating the dynamic routing scheduler - Moeid Qurashi, Hai Jiang and Constantinos Antoniou • Video
  • Simulating demand responsive feeder transit services: A case study of Braunschweig - Maria Giuliana Armellini and Laura Bieker-Walz • Video

Session 2: AI

  • Computer Simulation Study of Vehicle Type Classification Using Machine Learning Techniques with Mobile Phone Location Data - Chaninart Eosanurak, Nattida Wongtrakoon, Ei Ei Mon and Chaodit Aswakul • Video
  • AI-based Disposition using a Reinforcement Learning Approach - Georg Merz • Video
    This presentation was voted best presentation, by the conference attendees.
  • Concept and first insights of a sequential MATSim-SUMO tool-coupling to deduce representative 24h-velocity-profiles for autonomous vehicles - Henriette Triebke • Video

Session 3: Other traffic modes

  • Pedestrian Simulation Methodology of Evacuation in the Area of Cotopaxi’s Lahar Influence with SUMO - Sebastian Bucheli and Oswaldo Padilla • Video
  • Hierarchical delay-based signal coordination for bicycles and motor vehicles traffic - Seyed Abdollah Hosseini, Georgios Grigoropoulos, Andreas Keler, Fritz Busch and Klaus Bogenberger • Video
  • A Mathematical Programming Based Approach to Evaluate Ramp Metering Deployment Through Eclipse SUMO - İsmet Gökşad Erdagi, Sercan Akti, Mehmet Ali Silgu and Hilmi Berk Çelikoğlu • Video

Session 4: Micro simulation / other

  • ECN-based Mitigation of Congestion in Urban Traffic Networks - Levente Alekszejenkó and Tadeusz P. Dobrowiecki • Video
  • Extending the Intelligent Driver Model in SUMO and Verifying the Drive Off Trajectories with Aerial Measurements - Dominik Salles, Stefan Kaufmann and Hans-Christian Reuss
  • A Slipstreaming Model for Cooperative Driving Simulations in SUMO - Andrea Stedile and Michele Segata

Session 5: Real-world Scenarios

  • SAGA: An Activity-based Multi-modal Mobility Scenario Generator for SUMO - Lara Codeca, Jakob Erdmann, Vinny Cahill and Jérôme Härri • Video
  • InTAS - The Ingolstadt Traffic Scenario for SUMO - Silas Lobo, Stefan Neumeier, Evelio Fernandez and Christian Facchi • Video
  • An application of SUMO in a Drive on the Left country: Challenges and opportunities - Rubel Das and Masaaki Sakuraba
  • Estimation of Green House Gas and Contaminant Emissions from Traffic by microsimulation and refined Origin-Destination matrices: a methodological approach - Jorge E. Luzuriaga, Juan A. Moreno, Edgar Lorenzo Sáez, Santiago Mira Prats, Javier Fermín Urchueguía, Lenin Guillermo Lemus Zúñiga, José Vicente Oliver Villanueva and Miguel A. Mateo Pla • Video

Session 6: Real-world data

  • Calibration of car-following models by using drone videos of a real-world intersection - András Zsámboki, Jiao Li and Zoltán Baksa • Video
  • Generating and calibrating large-scale, mesoscopic SUMO network - Sasan Amini, Lukas Ambühl, Gabriel Tilg, Klaus Bogenberger and Monica Menendez • Video
  • Action-points in human driving and in SUMO - Peter Wagner, Jakob Erdmann and Ronald Nippold • Video

Poster Session 1: Tools

  • QarSUMO: An Open-source Parallel Framework for Large Scale Traffic Simulation - Ke Yang, Hao Chen, Phillip Taylor, Anuhya Vellore, Giovanna Vantini, Stefano Giovanni Rizzo, Xiaosong Ma and Sanjay Chawla • Video
  • PaSyMo: Developing and Testing a Participatory Modeling Toolbox for Urban Systems - Leonard Higi, Tobias Schröder, Antje Michel and Anne Tauch • Video
  • Hugely Variant Autonomous Driving Training Data Generation Using SUMO and rFpro - Matt Daley • Video
  • Introducing SumoNetVis: A Tool for Visualizing SUMO Networks and Trajectory Data - Patrick Malcolm, Georgios Grigoropoulos, Andreas Keler, Heather Kaths and Klaus Bogenberger
  • Using results of the simulation experiment SUMO models by portable applications - Alexander Manyashin • Video

Poster Session 2: Modelling connected and intelligent traffic

  • Improving network performance with V2X services of dispatching takeover requests and safe-spot assignments in an urban transition corridor - Robert Alms and Yun-Pang Flötteröd • Video
  • Simulation of automated and connecting driving traffic in the test field Hamburg - Benedikt Scheier • Video

Poster Session 3: Simulation Scenarios

  • An emergency vehicle prioritization strategy with simulation results of Brunswick - Laura Bieker-Walz, Sten Ruppe, Ronald Nippold and Daniel Wesemeyer • Video
  • I4Port - Melanie Weber and Johannes Rummel • Video
  • SUMOPy - a simulation suite to create traffic scenarios with SUMO - Joerg Schweizer • Video

Poster Session 4: Routing

  • An Analysis of Traffic Simulations Based on Modifiable OpenStreetMap Data - Jakob Smretschnig • Video
  • Building an on-demand routing platform with tight SUMO integration using an event driven architecture - Adrian Plani, Timothy Hudson, Chen Cai and Hanna Grzybowska • Video
  • GeoAware: An R-based Framework for Controlling SUMO and Generating Synthetic Vehicle Datasets - Jameson Morgan and Derek Doran • Video
  • Verification of Right-turn Behavior in SUMO at a Signalized Intersection - Ken Shirahata, Masaki Ito, Azusa Toriumi and Takashi Oguchi • Video

You can find all videos here:

Contact

Please contact the conference team via mail at sumo-conference@dlr.de

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