VI²M is the right formula for IRD

IRD is at ITS America 2016 San Jose to showcase the VectorSense tyre sensor suite for traffic and pavement design applications in conjunction with the VI²M data collection and presentation software suite. The VectorSense tyre sensor suite is a new in-road sensor technology that provides vehicle position and individual tyre footprint information for use in traffic data collection programs, commercial vehicle operations and toll road operations. This additional and advanced vehicle data provides for differ
June 13, 2016 Read time: 2 mins
Rish Malhotra of IRD
857 IRD is at ITS America 2016 San Jose to showcase the VectorSense tyre sensor suite for traffic and pavement design applications in conjunction with the VI2M data collection and presentation software suite.

The VectorSense tyre sensor suite is a new in-road sensor technology that provides vehicle position and individual tyre footprint information for use in traffic data collection programs, commercial vehicle operations and toll road operations. This additional and advanced vehicle data provides for differentiation between single standard, ‘super single’, and dual tyre width configurations – vital information for predicting pavement damage.

VectorSense sensors provide data on all types of vehicles, enabling engineers and planners to collect and analyse traffic data to optimise infrastructure investments such as bike lanes, bike paths and bike share locations. With input from VectorSense sensors, IRD says the VI2M data collection system can provide web-based reports on different tyre configurations and vehicle types. VI2M can detect all types of vehicle configurations, including bicycles, motorcycles, three-wheeled vehicles and oversized vehicles with non-standard axle arrangements.

VI2M provides an easy-to-use web-based system of dashboards that graphically represents data stored in a central repository. In addition to tabular reports on vehicle classes and axle counts, the system can generate plotted graphs for lane position, wheel measurements, and wheel type at multiple sites.

The software suite allows users to combine data from multiple sensor types and multiple locations to create a complete picture of activity across their jurisdiction.

For more information on companies in this article

Related Content

  • Wireless traffic data in real time
    January 31, 2012
    The effect of moving objects on the electromagnetic landscape set up by cellular telephony networks can be detected and interpreted to give real-time traffic data across large geographical areas at low cost. Here, we revisit the Celldar concept. Global economic downturn has pushed public-sector agencies, transport administrations among them, to push even harder for cost efficiencies. Unfortunately, when it comes to transport safety and efficiency the public sector often has to work up to a cost rather than
    Read More
  • Investment in pedestrian, cycling initiatives pays off
    June 30, 2014
    Five years after the Non-motorised Transportation Pilot Program (NTPP) was established to measure the impact of investment in walking and cycling initiatives, the US Federal Highway Administration (FHWA) has reported a 22.8 per cent increase in walking and a 48.3 per cent increase in cycling, while an estimated 85.1 million vehicle miles were avoided. The NTPP provided approximately US$25 million each to four pilot communities (Columbia, Missouri; Marin County, California; Minneapolis area, Minnesota; an
    Read More
  • ISS unveils new Autoscope RTMS Sx-300 sensor
    March 25, 2014
    Image Sensing Systems (ISS) is here at Intertraffic to unveil the new non-intrusive, radar-based, Autoscope RTMS Sx-300, an advanced sensor for the detection and measurement of traffic on roadways. All-weather accurate and virtually maintenance-free, with long-term worry-free reliability, the company says the Sx-300 gives the best lane detection capabilities, providing the ability to detect up to 12 lanes of traffic simultaneously. Its all-in-one-concept combines a high resolution radar and a variety
    Read More
  • Cross Zlin’s optical sensors increase options for WIM
    March 20, 2018
    Having won the 2016 Intertraffic Innovation Award, Cross Zlin is back again with a host of new products including a shortlisted fibre-optic based weigh-in-motion system called OptiWim. Marketing manager Libor Sušil describes the system as weigh-in-free-flow as it measures the axle across the full lane width regardless of the position of the wheels and the sensor can also detect underinflated tyres even on twin wheel configurations. He likens the measuring method to that of a strain gauge but adds that th
    Read More

Highlighted Content