Inrix integrates parking solution with ultrasonic sensors

Inrix has introduced new technology that uses ultrasonic sensors (USS) to scan, collect, and transmit real-time parking occupancy information to help guide drivers to available parking spaces. It will also help to enhance the quality of Inrix Parking. As the car is moving down the road, USS transmit sound waves and collects data on parked cars and empty spaces. It is then sent anonymously to the Parking Cloud to be analysed and combined with the parking availability prediction engine which determines block
January 3, 2018 Read time: 1 min

163 Inrix has introduced new technology that uses ultrasonic sensors (USS) to scan, collect, and transmit real-time parking occupancy information to help guide drivers to available parking spaces. It will also help to enhance the quality of Inrix Parking.

As the car is moving down the road, USS transmit sound waves and collects data on parked cars and empty spaces. It is then sent anonymously to the Parking Cloud to be analysed and combined with the parking availability prediction engine which determines block-by-block occupancy levels.

The Inrix Parking solution is said to reduce the 17 hours spent per year by drivers searching for parking spaces, which also results in $375 (£276) in wasted time, fuel, and emissions.

More information is available on the %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external website Inrix Website Link false http://inrix.com/blog/2017/12/ultrasonic-sensor-parking-availability-technology/ false false%>.

Parking & Access Control

For more information on companies in this article

Related Content

  • Kapsch showcases vehicle-to-vehicle technologies
    October 15, 2012
    Cooperative systems in which vehicles communicate with each other (vehicle-to-vehicle or V2V) and to the road infrastructure (V2I) and collectively referred to as V2X, will build the backbone for safe driving as well as efficient and environmentally-friendly road usage in the future. So Kapsch is very much looking to the future with its V2X demonstration at the ITS World Congress by showcasing how such cooperative communication can avoid accidents, optimise fuel consumption, driving speed and travel time. P
    Read More
  • TRL launches annual research review
    March 11, 2016
    The UK’s Transport Research Laboratory (TRL) has launched its annual research review 2014-2015, containing a summary of 18 months of research activity at TRL, along with expert commentary on connected and automated vehicles; electric vehicles; healthy transport; safety and smart infrastructure. It also looks at implications of healthy transport on road networks, infrastructure and planning as the government announces ‘healthy towns’ and provides insight on the future for self-driving cars and their safet
    Read More
  • Cigo! Will exhibit smart mobility management platform
    March 21, 2018
    Cigo! is using Intertraffic to present its smart mobility management platform that is designed with the intention of providing interaction between the backend and mobile app. Called Go!fleet, the solution is said to reduce costs, automating tasks, provide reports as well as create a communication network between users, clients, drivers and the back office to help reduce the impact of incidents. The product allows users to customise the routing algorithm by choosing more than 10 features offered which plans
    Read More
  • EPA/Polis workshop – a standardised approach for on-street parking
    June 30, 2014
    Polis and the European Parking Association have arranged a joint workshop in Lisbon on the final day of the Iberian Parking Congress, 19 September, focused on standardised solutions for on-street parking, including technologies to support parking management. The workshop will provide attendees with information: New planning and tendering approaches to integrate parking management better in urban transport policy; and technologies for on-street parking management and enforcement (sensors, ANPR, integrat
    Read More

Highlighted Content