Classification & Data Collection

The Danish city of Aarhus is using the anonymous data from drivers’ Bluetooth-enabled cell phones and GPS systems to assist them in reducing traffic congestion. Using Blip Systems’ technology and placing the small sensors in the road network, the road authorities can obtain traffic flow data in real time and proactively manage the road network to minimise delays and congestion.

Flir ITS, formerly known as Traficon, is organising a free seminar on “How to master your traffic” from 13 to 14 November in Bruges, Belgium. The seminar will give participants an update on the latest developments in intelligent traffic management, together with the tools and cost-effective solutions to: Make your intersections more intelligent; Make your urban traffic run more smoothly and safely; Ensure vulnerable road users can participate safely in traffic: and how to monitor highways, bridges and tu

Toll and traffic management solutions provider IBI Group and Cellint Traffic Solutions, a provider of real-time road traffic information based on cellular data have successfully completed the data validation phase of the regional traffic data system (RTDS) project in Vancouver. The project aims to collect, disseminate and archive real time traffic flow information for the road network in Metro Vancouver and display real time traffic flow and travel time information on regional ATIS.

Blip Systems, Danish supplier of Bluetooth and wi-Fi traffic management solutions, has appointed Irish ITS systems integration specialists Bandwidth Telecommunications as their value added reseller. BlipTrack works by placing small sensors in road networks and anonymously tracking. This real time traffic flow data in enables road authorities to proactively manage the road network to minimise delays and congestion.

Odense municipality in Denmark has installed Bluetooth sensors along the city’s ring road to gather data on travel times and traffic flow. The BlipTrack system, manufactured by Danish company Blip Systems, utilises sensors at strategic points in the road network to detect signals from Bluetooth-enabled devices in passing cars to collect traffic and travel time information. The data will enable Odense traffic officials to improve the capacity of existing roads and detect changes in traffic patterns. In

Kapsch TrafficCom has delivered and installed weigh-in-motion systems at four stations on two highways in Kazakhstan. The project comprises high-precision weighing modules as well as the associated rear licence plate detection system. The system, developed by Kapsch, allows the weighing of vehicles even while travelling at full speed. Sensors detect whether a vehicle exceeds the maximum allowed weight, while additional sensors identify the vehicles’ licence plates. The data is transmitted and evaluated

The UK Highways Agency is trialling a system to add commercially available traffic data to its existing sources to monitor traffic flow on England’s motorways and strategic roads. Similar data sources are already used by satellite navigation devices, smartphones, and applications like Google maps. The system uses data that comes mostly from vehicle tracking devices installed by fleet operators, and a proportion from mobile sat-nav type devices, including smartphone traffic applications where the user has

A group of research centres and companies in Madrid has created what is said to be the first infrared and remote system able to detect pollutants from cars on highways up to three lanes. The goal is to be able to conduct a global test of automobile emissions. According to the researchers, the prototype, which is ready to be marketed, can make an intelligent measurement of highway traffic by collecting real-time data on traffic density, emissions and consumption associated with each vehicle, and weather c