Skip to main content

Aimsun enters partnership to develop tool for managing mixed-autonomy traffic

Aimsun has partnered with UC Berkeley’s Institute of Transportation Studies to develop Flow, a tool for managing large-scale traffic systems where human-driven and autonomous vehicles (AVs) operate together. Flow offers a suite of pre-built traffic scenarios and is now integrated with Aimsun Next mobility modelling software. The open source architecture knits together microsimulation tools with deep reinforcement learning libraries in the cloud. Launched last September, Flow allows users to build and
January 15, 2019 Read time: 2 mins

16 Aimsun has partnered with UC Berkeley’s Institute of Transportation Studies to develop Flow, a tool for managing large-scale traffic systems where human-driven and autonomous vehicles (AVs) operate together.

Flow offers a suite of pre-built traffic scenarios and is now integrated with Aimsun Next mobility modelling software. The open source architecture knits together microsimulation tools with deep reinforcement learning libraries in the cloud.

Launched last September, Flow allows users to build and combine modular traffic scenarios to tackle complex situations, the company says. For example, single-lane/multi-lane and merge building blocks can be used to study stop-and-go merging traffic behaviours along a highway.  

“In mixed-autonomy traffic control, evaluating machine learning methods is challenging due to the lack of standardised benchmarks,” says Alexandre Bayen, director, 8895 ITS Berkeley. “Systematic evaluation and comparison will not only further our understanding of the strengths of existing algorithms but also reveal their limitations and suggest directions for future research.”

For more information on companies in this article

Related Content

  • Alibaba and Sena to develop traffic management solution in Malaysia
    June 3, 2019
    Cloud computing company Alibaba Cloud has partnered with Sena Traffic Systems to build smart traffic system in Malaysia which it claims could reduce travel time by 12%. Selina Yuan, president of Alibaba, says: "The smart traffic solution will constantly learn and adapt to changing traffic environments, making the traffic management system a smart learning platform and no longer just an analytic tool." Alibaba is to provide its cloud computing resources and City Brain, a solution which uses real-time c
  • EU research develops method for evaluating critical infrastructure
    January 10, 2013
    The European Commission’s SeRoN research project has drawn to a close, having developed a sophisticated method of identifying and quantifying threats to critical infrastructure. In December 2008 the European Commission published the directive 2008/114/EC on the identification, designation and assessment of the need to improve ‘European critical infrastructure’. In line with the objectives formulated in this directive, the SeRoN (Security of Road Transport Networks) research project was established in Novemb
  • C/AV integration is ‘legislative nightmare’, warns ITS UK president
    February 23, 2018
    The integration of connected and autonomous vehicles (C/AV) into existing road systems “is going to be a legislative nightmare”, warned a former UK government transport minister. Giving the keynote speech at this week’s MaaSMarket conference in London, ITS UK president Steven Norris, said: “Don’t underestimate the legislative challenges – which are infinitely more complex than the technical ones. I can’t think of any development in human history which has posed so many legislative questions.” Chief among
  • ITS technology reduces congestion, improves workzone safety
    July 17, 2012
    As the road-building season gets under way in the US, the Federal Highway Administration has just published a White Paper which deals with the use of ITS technology in work zones. On 30 April 2009, the US Federal Highway Administration (FHWA) published a White Paper which was prepared by the US Department of Transportation (USDOT) to inform public agencies about the use of ITS to manage construction work zones. This is a particularly relevant topic given the large number of construction projects that are ex