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%>

Related Content

  • February 28, 2014
    DTV implements long-term cycle monitoring
    B-Riders (www.b-riders.nl) is the first project ever to closely follow a large group of bike users (2,500 participants) over a long period of time – one year. A highly innovative bike tracking system was developed, and implemented, featuring an app that automatically registers all trips 24/7. The system then autonomously analyses trips and assigns them into categories - foot, car, public transport or bike.
  • April 23, 2013
    Activu highlights new TMC visualization and collaboration system
    Activu is showcasing its new visualisation and collaboration system for traffic management centers that enables real-time coordination with other agencies such as fire, police, EMS and HAZMAT.
  • March 10, 2014
    Vaisala introduces road weather management software
    Vaisala, a leader in the measurement and decision support of a vast variety of weather technologies, will use its position as a leader in road weather ITS sensors, decision support tools, and consultation, to highlight not just equipment but software systems. As the company points out, managing decisions around road weather is as important as the sensors and systems, and can be easier with Vaisala RoadDSS Manager software. Manager helps with reporting, communication, and simplifies the information needed to
  • March 24, 2014
    Citilog's new CamEdge expands smart sensor series
    Citilog, a global leader in AID (automatic incident detection), is here at Intertraffic to introduce XCamEdge, a new innovation in the company’s XCam smart sensor series. Initially developed and designed for intersection control applications such as presence detection with XCam-p, the XCam range quickly expanded, with the XCam-ng, to smart detection for intersections with queue monitoring and anti-gridlock applications. Indeed, the latest success for the XCam-ng is the smart traffic control system in Sochi