Skip to main content

Autoscope Duo unveiled

Econolite and Image Sensing Systems have unveiled Autoscope Duo, a first in a new generation of hybrid sensor technologies. The device converges the robust capabilities of radar and video and uses intelligent decision logic to monitor the current operating conditions and to combine the best of radar with the best of video data, continuously, lane-by-lane and second-by-second.
March 16, 2012 Read time: 2 mins

Econolite Control Products Inc and 3982 Image Sensing Systems have unveiled Autoscope Duo, a first in a new generation of hybrid sensor technologies. The device converges the robust capabilities of radar and video and uses intelligent decision logic to monitor the current operating conditions and to combine the best of radar with the best of video data, continuously, lane-by-lane and second-by-second. According to the partners, these two sensor technologies lead to significant performance improvements and provide the highest accuracy attainable for the demands of today’s most advanced intersection control requirements.

“Duo is introduced with a background that includes years of innovative development driven by the voice of our customers,” said Ken Aubrey, president and CEO of Image Sensing Systems. “To address the concerns of transportation agencies, we converge radar and video computer enabled detection to provide the highest levels of accuracy in all traffic, lighting, weather, and pavement conditions.”

Autoscope Duo has been field-tested for nearly a year and the partners say it has proven to be a superior alternative to in-ground detection systems. Integrating radar and video detection algorithms expands the benefits of non-intrusive detection, and ensures years of low maintenance when compared to the expense of installing and maintaining inductive loop detectors. Autoscope Duo also represents a gateway to employing new 3278 ITS programmes.

“The Econolite-ISS collaboration on Autoscope Duo is another example of a joint-effort product breakthrough, addressing and providing transportation agencies with powerful ITS solutions and a high return on their investment,” said Mike Doyle, Econolite Group CEO.

For more information on companies in this article

Related Content

  • Progression in concrete plant and mixing solutions
    July 14, 2014
    Big orders for and progress in plant and concrete mixing technology has been continuing at a rapid pace over recent months, as Guy Woodford reports Shantui recently completed an eye-catching US$3.2 million deal with a customer in the United Arab Emirates for 50 concrete mixer trucks. The deal is said to be an important breakthrough for the Chinese company’s concrete machinery in the Middle East market, raising brand awareness and laying a solid foundation for building market share. Over the past y
  • Asecap Days – Istanbul 2023
    February 16, 2024
    The “vast lakes of data” collected daily by global highway operators are going to waste meaning opportunities to improve services and boost revenue are continually lost. This must change, reports Geoff Hadwick from the ASECAP Days 2023 conference in Istanbul.
  • Machine and machine control innovations in concrete paving
    June 28, 2013
    Machine innovations and machine control advances are the latest news in the concrete paving sector - Mike Woof reports. While machine control systems were pioneered in the concrete paving market, continuous refinement of the technologies is offering major improvements for customers. Customers have a choice now of more than one supplier while the packages are said to be more user-friendly than before. And in addition, the systems themselves can be more closely integrated into the machines due to advances mad
  • Advanced structural monitoring from Teleco
    January 5, 2016
    Teleco’s novel SHM602 system has been developed in partnership with the Interdepartmental Centre for Buildings and Construction at Bologna University and offers real-time monitoring of structural integrity of structures. This system operates on the basis of dynamic models obtained by means of identification techniques from accelerometric measures performed on the structure to be monitored. It relies on advanced measure, filtering and identification techniques and allows a real-time remote access to all data