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

  • AISIN demonstrates array of automatic detection for road safety
    October 23, 2012
    Vehicle technology manufacturer AISIN is exhibiting a complete array of sensor technology for road safety, including a system that detects if a driver has stopped breathing or suffered a heart attack. Highly sensitive sensors in the driver’s seat pick up on loss of cardiac, pulmonary or body movement, which could then activate vehicle braking while alerting emergency services. “There have been very serious road accidents caused by drivers having heart attacks or suffering other illnesses and losing control
  • Field-hardened communications
    May 21, 2012
    RuggedCom is using its appearance at the ITS America Annual Meeting to highlight a range of field-hardened communications products for ITS. As the company points out, creating a reliable, city-wide communication network to meet the demand for real-time information and support the growing need for mobility is no easy feat. But its solution can ease the pain: WiMax 4G broadband can cost-effectively extend the network and seamlessly integrate into existing infrastructure.
  • USDOT to host three-part webinar on latest trends in ITS deployment
    January 23, 2018
    The U.S. Department of Transportation ITS Joint Program Office will host a new three-part webinar series emphasizing the latest trends and developments in ITS deployment. It aims to support informed decision making on ITS investments, highlight recent additions to the survey and obtain feedback from participants on how to redesign the portal to improve its use and value. ITS Deployment Tracking: 2016 Survey Findings on Current Levels and Trends will focus on key findings from the 2016 survey and explore
  • Ford to present latest SimTD findings to Telematics Munich
    September 10, 2013
    Ford Europe is to present the latest results from the SimTD project at Telematics Munich. The SimTD project tested car-to-car (C2C) and car-to-infrastructure (V2X) communication in one of the world’s largest field operational tests in Germany.