Skip to main content

Siemens evacuation traffic management system being piloted in Texas

Siemens is currently developing intelligent transportation technology for the fast and orderly evacuation of citizens which is currently being piloted in Texas. In this project, traffic light timing systems register traffic flow and adjust the phases of red and green light accordingly.
April 30, 2012 Read time: 2 mins
1134 Siemens is currently developing intelligent transportation technology for the fast and orderly evacuation of citizens which is currently being piloted in Texas. In this project, traffic light timing systems register traffic flow and adjust the phases of red and green light accordingly. The traffic density data collected by the system is also incorporated into digital road maps, which drivers can download onto their smartphones or navigation systems in order to find the quickest routes out of town. In an emergency, the system can centrally control all traffic lights. The 2364 US Department of Transportation supports the project in its IntelliDrive research initiative focused on networking vehicles and infrastructure.

The project is being conducted in Harris County, Texas, which includes the greater Houston area. When Hurricane Ike hit Texas in September 2008, the county was faced with the challenging task of evacuating thousands of residents in what was the third-most costly disaster in US history. Intelligent traffic technology should help to make such emergency situations less challenging in the future.

For the project in Harris County, Siemens Intelligent Traffic Solutions developed a simple and inexpensive traffic light timing system, which estimates the number of vehicles by registering the signals emitted by the drivers’ cell phones. Comparative tests with procedures that calculate traffic density on the basis of stationary toll tag readers,  are said to show that the Siemens system provides reliable data even if only a few drivers have their cell phones switched on.

The system has now been installed at 400 intersections in Harris County. The organisers plan to standardise communication between emergency vehicles and the infrastructure so that traffic lights will automatically turn green whenever a fire truck, police car, or ambulance approaches. The system could even coordinate traffic lights if several emergency vehicles approach an intersection simultaneously. Siemens is currently developing such a system for testing by the US Department of Transportation.

For more information on companies in this article

Related Content

  • Siemens gets the green light in Reykjavik
    January 31, 2017
    Siemens has agreed to supply its satellite-based prioritisation system Sitraffic Stream to the Icelandic capital, Reykjavik Reykjavik and the Icelandic Road and Coastal administration (Vegagerd rikisins) are sharing the system that ensures traffic lights automatically turn green for emergency and urban public transport vehicles at road intersections. The system has been installed at six intersections in the centre of the capital. Over the coming months, around 50 fire trucks and ambulances will be fitted
  • SmartDrive testing safer signalised intersections for emergency responders
    May 15, 2012
    While both the police and firefighting are recognised as occupations that carry dangers, nearly 13 per cent of the firefighters and police officers who die in the line of duty are killed in vehicle-related incidents, while fire trucks are involved in ten times as many collisions as other heavy trucks.
  • New York unveils 'Midtown in Motion' traffic management system
    February 27, 2012
    New York Mayor Bloomberg has unveiled a new, technology-based traffic management system that allows city traffic engineers to monitor and respond to Midtown Manhattan traffic conditions in real time, improving traffic flow on the city’s most congested streets.
  • Information technology and transport development
    April 12, 2012
    A team of eminent Russian specialists* introduce exciting new information technologies, such as the Internet of Things, and foresee their promising applications in the field of transport infrastructure development. Global economic growth, combined with explosive digital technology proliferation, brings new challenges to the field of transport infrastructure. Technical advances such as Intelligent Transportation Systems (ITS), vehicle to infrastructure interfaces, global positioning, electronic toll collecti