Skip to main content

TRL shows Pedestrian SCOOT solution for crossings

TRL Software is here at Intertraffic with several major product and partner announcements, including a huge advancement towards achieving the world’s first truly intelligent pedestrian crossings.
March 24, 2014 Read time: 2 mins
Gavin Jackman of TRL Software

The Pedestrian Split Cycle Offset Optimisation Technique, or “Pedestrian SCOOT”, currently being developed by TRL Software experts, uses state-of-the-art video camera technology to detect how many people are waiting to cross the road. It then facilitates the automatic adjustment of traffic signals to extend the green pedestrian invitation to cross phase when necessary.  

Also in development is a “call cancel” technology which cancels the pedestrian crossing phase if a pedestrian has both pushed the crossing button and crossed before the light goes green, or has walked away.

In another ground-breaking innovation, TRL Software is working on a project, part funded by The European Space Agency through the ARTES IAP 20 (Advanced Research in Telecommunications Integrated Applications Programme 20). uTraq will take Satellite Asset Data (weather, emissions, GNSS) and use them in a computational model, integrated with traffic control to provide a fully environmental policy driven traffic management system.

It will break new ground by bringing Air Quality and Weather Monitoring Systems capability, Modelling and Traffic Forecasting tools and Adaptive Traffic Management Systems into one single user-centric, intelligent, integrated solution.

Other product announcements during Intertraffic will be a cut-down version of Arcady for the North American market, and TRL will have Transyt models from London, Leicester, Cannes, Perth, and Atlanta on its stand.
<%$Linker:

2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 42212 0 oLinkExternal www.TRL.co.uk TRL web false /EasySiteWeb/GatewayLink.aspx?alId=42212 false false%>

For more information on companies in this article

Related Content

  • Q-Free focuses on all aspects on road operations
    September 7, 2014
    As visitors to the Q-Free booth at the ITS World Congress Detroit will see, the company has transformed its portfolio, shifting from a predominant focus on tolling to cover all aspects of road operations – financing, condition monitoring, real-time management and emerging cooperative ITS applications.
  • SWRI to supply regional ATMS across three states
    September 7, 2014
    Southwest Research Institute (SWRI), arrives at the ITS World Congress in celebratory mood after securing a five-year, $4.1 million contract. The deal will see SWRI develop a regional advanced transportation management system (ATMS), data hub and traveller information system (TIS) for the state transportation authorities in New Hampshire, Vermont and Maine. When implemented the system will upgrade the highway information infrastructure in northern New England and provide coordinated real-time traffic, safet
  • Kentkart sees sales growth for KentTablet onboard public transport computer
    October 24, 2012
    Turkey’s Kentkart comes to the World Congress having signed seven contracts in seven months for its KentTablet onboard public transport computer. The KentTablet is positioned beside the bus driver and has multiple functions. It acts as a ticket validator, a vehicle tracker (it has GPS and GPRS installed) and transmits information such as time of arrival to ‘smart’ bus stops. The device first became operational in Belgrade, Serbia, early this year. Since then, it has been designated as the main product in pu
  • Toshiba introduces new super charge ion battery
    September 10, 2014
    Electricity is in the air – and in Toshiba’s new super charge ion battery (SCiB), on display at ITS World Congress. SCiB batteries can be charged in five to 10 minutes, compared with the traditional overnight charging required for applications such as electric buses. SCiB charges even faster than current fast charge batteries, which take 30 minutes. The ultra-fast charging is possible because SCiB can tolerate a high current of 400 amps, almost three times higher than today’s normal fast charging batt