ACM SIGSPATIAL Workshop - Sustainable Mobility - SuMob ©
1st ACM SIGSPATIAL Workshop on Sustainable Mobility (SuMob 2023)

Hamburg, November 13, 2023


Program Online!!!

1st ACM SIGSPATIAL Workshop on Sustainable Mobility (SuMob 2023)

Hamburg, November 13, 2023


Program Online!!!

Scope of the Workshop

The ACM SIGSPATIAL International Conference on Advances in Geographic Information Systems will hold a half-day workshop on Sustainable Mobility. This is a first of its kind, and distinct from other workshops on mobility at this conference: it explicitly asks for research contributions studying greenwashing, adversarial consequences of efficiency improvements, and the complex system of access in the city as a whole.

Spatial data analytics has a lot to contribute here.

Mobility and accessibility are central prerequisites for social integration and participation, exchange, employment and prosperity in our society. Transport causes many negative environmental impacts through the emission of greenhouse gases (for example, in Germany traffic causes around 20% of greenhouse gas emissions), air pollutants and noise, as well as through its high consumption of resources over their lifecycle, including space. Electric vehicles are not exempt. Traffic also cuts into liveability of our cities and public health through passive lifestyle.

Thus, there is a strong need to shift the mobility systems worldwide towards sustainable solutions. Sustainability is often aimed at by avoid, shift, reduce principles: Avoiding trips by not making them at all, substitute a trip by an online activity instead or by choosing a closer destination that can be reached by active mobility; shifting trips to active or public transport or shared forms of mobility; and reducing energy or space consumption by using more environmentally friendly technology.

There are a number of factors involved in these three principles, i.e., in aiming at sustainable mobility: Those addressing infrastructure and the commons – urban planning, transport planning, policy setting, - and those addressing individual behaviour and culture. How can basic functionalities of life become accessible again for all people to unburden them from having to invest time and money in motorised trips? How can regulatory frameworks support the behavioural shift to more local lifestyles where basic functionalities are already accessible, such as in dense urban areas? The current challenge in this kind of systems thinking about sustainable mobility, however, is a lack of tools to assess the impact of any intervention at system scale. And this is a domain of spatial and spatiotemporal simulation, data analytics, and prediction.

An additional challenge for the geospatial community lies in creating awareness and also transparency about mobility effects and also about alternatives. To this end, adequate communication and visualisation methods are needed.

Topics thus include, but are not limited to:

  • Make real costs of mobility transparent, including its impacts across other sectors (e.g., energy, environment, logistics, public health)
  • Explore and assess environments that support sustainable mobility (e. g., 15 min centers)
  • Investigate and quantify transport fairness
  • Explore new forms of impact communication and visualisation (e.g., mobility carbon budgets)
  • Investigate how to substitute personal motorised trips in regions lacking supply with (some) basic functionalities
  • Elicit decisive parameters for route choice and choice of transportation mode to nudge travellers to a more sustainable mode
  • Support sharing principles (e. g., car sharing, ride sharing) and its integration with mass transportation
  • Manage distribution of traffic in favour of active mobility or shared mobility at the expense of individual motorized traffic
  • Explore alternative concepts for urban logistics
  • Investigate ways of communication and visualization of transportation options
  • Extend simulation models taking sustainability into account
  • Develop Machine Learning and AI approaches to address sustainability challenges
  • Develop ideas and concepts for mobility as part of complex system (land use, environment, waste, energy, logistics)
  • Devise Decision support tools, methods and data analyses to support sustainable policy making

We invite full research papers (8-10 pages) short research papers (4 pages) and vision papers (2 pages) and provide ample opportunities for discussions, e.g., in breakout groups.

Call for Papers

Call for Papers

All submitted papers will be peer-reviewed by our Program Committee (PC). Manuscripts should be submitted in PDF format and formatted using the ACM camera-ready templates available at Submissions will be single-blind (the names affiliations of the authors should be listed in the submitted version). Papers should be submitted at:

Paper formats:

  • Full research paper: 8-10 pages
  • Short research paper: 4 pages
  • Vision or statement paper: 2 pages

Important Dates

Important Dates

  • Paper submission: extended to Friday, September 15, 2023
  • Notification of acceptance: October, 6, 2023
  • Camera ready papers due: October 20, 2023

All submissions are due at 11:59 PM CET.

Organizers and Program Committee


Program Committee

  • Jan-Fabian Ehmke, University Vienna, Austria
  • Jörg P. Müller, TU Clausthal-Zellerfeld, Germany
  • Angela Carboni, Politecnico di Torino, Italy
  • Franziska Klügl, Örebro University, Sweden
  • Sabine Timpf, Augsburg University, Germany
  • Martin Tomko, The University of Melbourne, Australia
  • Michael Nolting, VolksWagen Nutzfahrzeuge, Germany
  • Ouri Wolfson, University of Illinois, USA
  • Jörg Rüdiger Sack, Carleton University, Canada
  • Wei Huang, Tongji University, China
  • Sergio di Martino, University of Naples "Federico II", Italy


Workshop Program

The workshop aims at high interaction and discussions, thus, there are only short presentations (5'), which will be jointly discussed after 3/4 presentations; also there is a group discussion in the end to shape a research agenda in Sustainable Mobility for the coming year.

08:00-08:15      Welcome, introductions, and setting the scene (organizers / all)

08:15-08:55      Sustainable and Inclusive Mobility

5-minute-presentations in a row:

Discussion on Sustainable and Inclusive Mobility

08:55-09:50      Data-Driven Infrastructure and Planning

5-minute-presentations in a row:

Discussion of Data-Driven Infrastructure and Planning

09:50-10:30      Optimization and Simulation in Sustainable Mobility

5-minute-presentations in a row:

Discussion of Optimization and Simulation in Sustainable Mobility

10:30-11:00: Coffee break

11:00-11:30      Keynote

Alexandra Millonig, Austrian Institute of Technology

11:30-11:55      Group Work an research agenda for SuMob 2024

11:55               Conclusions (organizers)

12:00-13:00: Lunch (on-site)

If you wish to continue on-topic, the afternoon workshop on Computational Transportation Science might be right for you.


Accepted presentations

  • Hunsoo Song, Joshua Carpenter, Jon Froehlich and Jinha Jung. Accessible Area Mapper for Inclusive and Sustainable Urban Mobility: A Preliminary Investigation of Airborne Point Clouds for Pathway Analysis
  • Oskar Wage, Maximilian Heumann and Lasse Bienzeisler. Modeling and Calibration of Last-Mile Logistics to Study Smart-City Dynamic Space Management Scenarios
  • Lukas Arzoumanidis, Axel Forsch, Youness Dehbi and Jan-Henrik Haunert. Catchment Cell Visualization for Multi-Modal Public Transportation Networks
  • Franca Rocco di Torrepadula, Debora Russo, Sergio Di Martino, Nicola Mazzocca and Paolo Sannino. Using SUMO towards Proactive Public Mobility: Some Lessons Learned
  • Yonghwan Kim, Masato Amano and Daisuke Yamamoto. A 1.5-Approximation Route Finding for a Ride-sharing considering Movement of Passengers
  • Mathias Niemann Tygesen, Mayank Sharan, Francisco Pereira, Filipe Rodrigues and Rose Yu. Incident congestion propagation prediction using incident reports
  • Leonie von Wahl, Clara Mautsch, Stefan Ladwig, Michael Nolting and Nicolas Tempelmeier. Towards Data-Driven Planning of Mobile Charging Infrastructure for Electric Vehicles
  • Jun Zhang, Wenxuan Ao, Depeng Jin, Li Liu and Yong Li. A City-level High-performance Spatio-temporal Mobility Simulation System
  • Mozhgan Pourmoradnasseri, Karl Gustav Loog and Kaveh Khoshkhah. COVID-19, From Lockdown to Recovery: Exploring the Dynamics of Bike-Sharing and Public Transport in Tartu, Estonia
  • Jörg Müller-Lietzkow, Chukhrova Nataliya and Youness Dehbi. FPOPlus: Cutting-Edge Technology for Sustainable Future Mobility

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