Skip to main content

New framework to plan traffic routing in no-notice disasters

The Mineta Transportation Institute has released its newest peer-reviewed research report, A Framework for Developing and Integrating Effective Routing Strategies within the Emergency Management Decision-Support System. It describes the modelling, calibration, and validation of a multi-modal traffic-flow simulation of the San Jose, California, downtown network. It also examines various evacuation scenarios and first-responder routings to assess strategies that would be effective during a no-notice disaster.
May 18, 2012 Read time: 2 mins
The 5277 Mineta Transportation Institute has released its newest peer-reviewed research report, A Framework for Developing and Integrating Effective Routing Strategies within the Emergency Management Decision-Support System. It describes the modelling, calibration, and validation of a multi-modal traffic-flow simulation of the San Jose, California, downtown network. It also examines various evacuation scenarios and first-responder routings to assess strategies that would be effective during a no-notice disaster. Other cities can use the models to plan their own emergency traffic routings. Principal investigators were Anurag Pande, Ph.D, Frances Edwards, Ph.D, and Joseph Yu.

"Spontaneous evacuations of New York City and Washington DC following the 9/11 terrorist attacks demonstrated that US cities are not prepared to manage the sudden influx of traffic into roads and highways following a no-notice disaster," said Dr. Pande. "For many years, anticipated events such as hurricanes have been the basis for evacuation planning. Now we see increasing interest in evacuation planning based on hypothetical no-notice events."

The free 112-page report is available for %$Linker: External 0 0 0 oLinkExternal PDF download here A Framework for Developing and Integrating Effective Routing Strategies within the Emergency Management Decision-Support System false http://transweb.sjsu.edu/project/2901.html%20 false false%>.

For more information on companies in this article

Related Content

  • Association News on ITS
    June 20, 2016
    Association news from around the globe; Austria, Norway, Czech Republic & Slovakia associations share plans for C-ITS. ITS UK thinks countries boasting that legal autonomous vehicles will become a regular feature on their roads are straying far from the case. ITS Australia debates driverless vehicles and Eu ecall helped on its way.
  • iMobility Forum public consultation
    December 11, 2014
    Within the framework of the iMobility Forum R&I Workshop, the iMobility Forum is organising a public consultation, iMobility Forum roadmaps and contribution to Horizon 2020 Work programs and beyond. The iMobility Forum R&I working group is currently preparing material for the broad open consultation of the proposed R&I roadmaps in order to provide the research needs for 2016-2017. Through this web public consultation, which is open from 8 December 2014 to 12 January 2015, the iMobility Forum is seeki
  • More public transit can cut city traffic deaths by 40%, says study
    September 4, 2018
    US regions with higher public transportation use can cut traffic fatality rates by 10-40%, according to a new figures from the American Public Transportation Association (APTA). APTA analysis of recent National Highway Traffic Safety Administration and Federal Transit Administration data shows that metropolitan areas with public transit use of more than 40 annual trips per capita have up to 40% of the traffic fatality rate of metro areas with fewer than 20 annual trips per capita. APTA and the Vision
  • ITS America publishes connected vehicle guidance
    April 22, 2015
    Guidance on the likely impact of multipath communications on connected vehicle development has been published by ITS America. ITS America’s Connected Vehicle Technical Insight looks at the challenges and opportunities wireless interoperability could provide in vehicle applications. In particular the 22-page document examines the processes by which data can be transferred from one vehicle to another (V2V), or between a vehicle and the infrastructure (V2I).