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Overview

The “CORDON” multi-target photo radar system is designed for automatic detection of speed violations and transfer of violation data to the police back office.

The key feature of the “CORDON” is its ability to simultaneously monitor the speeds of both oncoming and outgoing vehicles in up to four lanes of traffic. This is accomplished using a single Photo Radar sensor.

There are two video clips that demonstrate the CORDON's capabilities: one-way and two-way traffic control.

“CORDON” is installed on the lighting pole at the height of up to 10 meters using the supplied bracket and connected to 110—220V mains supply and to the back office via various data channels. The installations at the roadside or above the center of the road are allowed.

The sensor automatically measures speeds of all vehicles in enforcement zone and records a pair of images for every violator: wide-angle image of all targets within the camera field of view, with the violator clearly identified, and a close-up image of each violator with a clearly visible license plate.

The violation data includes the recognized license plate number, measured speed, type of violation (speeding, roadside driving, bus lane driving or driving in wrong direction), movement direction, date and time of violation, speed limit for current road section, name of controlled road section, geographical coordinates, sensor serial number.

The archive of video clips and recorded violation data is simultaneously saved to internal storage and can be transferred to Police back office through secure wired or wireless communication lines for further processing.

The real-time streaming of violation data, images and video is also possible via the TCP/XML and RTSP protocols.

Additional Information

Key Features

  • The system can measure speeds, positions and record images for all vehicles on up to four lanes of two-way traffic.
  • Automatic detection of vehicles driving on the wrong side of the road, as well as detection of violating traffic on roadside or reserved bus lane.
  • Specific speed limits for each lane and for the various categories of vehicle (cargo truck, passenger car) can be set.
  • Embedded Automatic Number Plate Recognition (ANPR) system able to recognize license plates of European and CIS countries.
  • ANPR system can be trained to recognize new patterns of license plates in short time.
  • Ability to check the recognized license plates through various databases (vehicle owners, stolen and wanted vehicles, etc) on site.
  • Automatic saving of violation data on internal storage.
  • Ability to transfer the recorded violation data to back office via wire or wireless communication channels.
  • Ability to export the recorded violation data from sensor to laptop in patrol vehicle via backup communication channel (Wi-Fi).
  • Ability to transmit basic operating parameters via SNMP protocol, the customers can build the automatic monitoring system for simultaneous controlling several sensors. Automatic sending of notifications (E-mail or SMS) of faults and their causes are also may be employed.
  • Nighttime operation using the embedded and external IR spotlights.
  • On-board GPS/GLONASS navigation unit provides the geographical coordinates and precision timing for the violation record.
  • Real-time high resolution surveillance of enforcement zone.
  • Ability to stream the video in real time using RTSP protocol.
  • Automatic recording and storing video clips of road situation to the archive (up to 24 hours of video), ability to search through archive for specified time period.
  • Can be integrated into traffic management system.
  • Gathering of traffic intensity statistics.
  • Ability to detect the slow-moving vehicles (1-20 km/h) for the tasks of traffic management.
  • Protection of embedded software and output data from unauthorized change.
  • Logging of all system events and user actions.
  • The system is easily installed on the lighting pole at the roadside or above the center of the road. The traffic closure and building of specialized structures are not required.
  • Easy sensor orientation and setup using the touch-screen display.
  • Small weight and dimensions of the sensor, low power consumption.

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