Skip to main content

Southwest Research Institute driving innovation in autonomous vehicle technology

Southwest Research Institute (SWRI) is in the driver's seat for driverless vehicle innovation. SWRI's latest autonomous vehicle model, an upgraded Polaris MRZR, is parked on the show floor at ITS America, and it is ready for action, literally. The latest SWRI intelligent vehicle systems are being tested by the US military.
April 23, 2013 Read time: 2 mins
Steven Dellenback of Southwest Research Institute
5690 Southwest Research Institute (SWRI) is in the driver's seat for driverless vehicle innovation. SWRI's latest autonomous vehicle model, an upgraded Polaris MRZR, is parked on the show floor at ITS America, and it is ready for action, literally. The latest SWRI intelligent vehicle systems are being tested by the US military.

The platform on the “unmanned ground vehicle” utilises Small Unit Mobility Enhancement Technology (SUMET) perception and autonomy software framework as a foundation, and is actively being used in a joint program with the US Army called the Dismounted Soldier Autonomy Tools (DSAT) Program.

What makes this driverless technology unique is the sole reliance on low-cost cameras as sensors. It does not rely on GPS or map data.
“We feel our way through the environment,” says  Steven Dellenback, director, intelligent systems department, automation and data systems division.

One of the priorities of SWRI's autonomous technology development is to bring the price down for the military. Although there is $45,000 worth of hardware on the vehicle, the cost is much lower than other driverless technologies.

“Our philosophy is to keep the software as modular, scalable and extensible as possible, thereby allowing our customers the flexibility to take advantage of the natural price reductions in sensors and computing,” Dellenback explains.

Although the main focus of the institute's autonomous vehicle research is for military use, Dellenback points out that the same innovations can be used for a variety of active safety systems in civilianl vehicles.

%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 65437 0 oLinkAsset <span class="mouselink">www.SWRI.org</span> www.swri.org false /EasySiteWeb/GatewayLink.aspx?alId=65437 false false%>

For more information on companies in this article

Related Content

  • Flir showcases thermal vehicle sensor at Intertraffic
    February 6, 2014
    At this year’s Intertraffic exhibition in Amsterdam, Flir Intelligent Transportation Systems will showcase ThermiCam, an integrated thermal camera and detector for vehicle and bike presence detection and counting at signalised intersections. ThermiCam detects vehicles and bicycles at and near the stop bar, based on thermal video images, allowing traffic lights to be controlled dynamically. The device is based on Flir’s vast experience with integrated solutions that combine a traffic camera and video analyt
  • Esri throws weight behind White House climate change initiative
    March 26, 2014
    In the UK, train services in the south-west remain disrupted after violent winter storms destroyed track; eastern Europe enjoyed an unusually mild winter; in the USA, 2012 saw 300 deaths due to violent weather events and an estimated $110 billion in damage.
  • iMobility Forum lunch sessions discuss European mobility
    October 16, 2012
    iCar Support will be hosting the iMobility Forum "Let’s Lunch" sessions on its stand (C30). Whilst enjoying a complimentary lunch, visitors will have the opportunity to discuss with iMobility Forum Working Group representatives the latest achievements and challenges of European mobility. All day long, demonstrations by European projects (HeERO, Instant Mobility and Citylog) will allow delegates to discover the latest technological developments in ITS, and project presentations will further introduce the cha
  • Imago adds robust systems for traffic applications
    October 28, 2014
    VisionBoxes and VisionCams from German company Imago Technologies provide the resilient hardware required by traffic applications, says the company, together with real-time operating systems for time critical tasks. The Windows OS based, fan-less and economical VisionBox serves a wide range of GigE, Camera Link and USB 3.0 cameras. The powerful embedded computers have integrated interfaces for camera systems including LED control and power supply and their real-time communication controllers provide exac