Simulation of Urban MObility

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"Simulation of Urban MObility" (Eclipse SUMO) is an open source, highly portable, microscopic and continuous road traffic simulation package designed to handle large road networks. SUMO is licensed under the Eclipse Public License V2. "Eclipse SUMO" is a trademark of the Eclipse Foundation. If you use SUMO, please support its development by telling us about your Publications.

The content of this Documentation is freely editable according to the wiki style. That means, whenever You find a solution to a problem mentioned on the mailing lists, feel free to add an article to this Documentation or an entry to the frequently asked questions. Write access is restricted. In order to edit this Documentation, click on the "Edit on GitHub" button on the upper right corner and submit a Pull Request. Here is a short help on editing articles.

This Documentation is continuously updated and always refers to the latest development version. Documentation for a specific release version of SUMO is included in the download of that version.

Documentation#

• Frequently Asked Questions (FAQ)
• SUMO User Documentation
• Screenshots
• Installing SUMO
• Tutorials
• Contact Information
• ChangeLog

Downloads#

Release 1.5.0, 11.02.2020

• MS Windows binaries: sumo-win64-1.5.0.msi
• Source code: sumo-src-1.5.0.tar.gz
• Repositories for binary Linux versions
• macOS binaries: Installing with Homebrew
• All Downloads of this Release
• Data/Scenarios
• Data/Networks
• Data/Traffic Data

SUMO-Game

• MS Windows binaries: sumo-game-1.5.0.zip

References#

• Projects
• Publications
• Links
• Diplom- und Studienarbeiten

Developer#

• Developer Documentation
• GitHub project
• Issue Tracking
• Status page

Extensions#

Open Source Software

• TraCI

  online interaction with the simulation

• Cadyts

  a tool by Gunnar Flötteröd which adapts the simulated flows to the real flows in a known net

• SUMOPy

  a tool by Joerg Schweizer supporting the whole SUMO toolchain with a GUI especially for demand modelling

• LiSuM

  couples LISA+ and SUMO to simulate real-world traffic light controllers.

• Veins

  connects SUMO to OMNeT++

• FLOW

  a framework for applying reinforcement learning and custom controllers to SUMO, developed at the University of California, Berkeley. [1]

• VSimRTI

  C2X environment connecting SUMO to different network and application simulators

• SAGA

  Generate intermodal traffic demand from OSM input howto

• iTetris

  connects SUMO to ns3, available here.

• ocit2SUMO Generate traffic light signal plans from OCIT® data.

Commercial Extensions

• Webots

  coupling with a robot simulator

• iTranSIM

  extension by online-calibration using induction loop data by Tino Morenz

• eWorld

  an application that allows to convert and enrich roads networks