Features

New York’s Traffic Management Centre faced its toughest test yet when Hurricane Sandy hit the United States at the end of October last year. Power was maintained to the building in Long Island City, Queens, throughout, although backup systems were operational and ready to supply critical transportation systems if power had been lost. Support from TransCore staff included making sure the TMC networks and transportation systems were operational, including the TransSuite Traffic Control System (TCS), which had

TransCore has been helping New York City’s Department of Transportation (NYDOT) with its ITS efforts since the early 1980s, via various consultancy services contracts. The company is currently working for the city under an IDIQ (indefinite quantity) contract and a separate ITS maintenance contract. According to TransCore vice president Bob Rausch, who has witnessed much of New York’s ITS development, the three main ‘building blocks’ of the city’s ITS infrastructure have developed simultaneously over recent

A comprehensive ITS strategy in New York built on a system of key building blocks has been crowned with an IRF award for the city’s Midtown in Motion adaptive control system. Jon Masters reviews New York’s ITS modernisation plan as the city looks to the next phase of expansion. In January this year the International Road Federation (IRF) presented TransCore and the New York City Department of Transportation (NYCDOT) with the IRF Global Road Achievement Award. This was for deployment of New York’s Midtown in

Scott Belcher of ITS America explains why moves towards spectrum sharing in the 5.9GHz band should not be allowed to proceed until further analysis of the risks to road safety has been undertaken. The ability to move people and goods safely and efficiently has always had a direct impact on a country’s economic advantage and its citizens’ quality of life. It is estimated that by 2050, the number of vehicles around the world is set to double to two billion, placing enormous demands on the global transport

Microsimulation traffic modelling has supported a further roll-out of SCOOT adaptive traffic signal control in London, demonstrating a 13% reduction in travel delays. Development of a cost-effective traffic modelling system has led to a further major roll-out of SCOOT adaptive traffic management technology in London, says traffic and software programme director Gavin Jackman of UK transport consultancy TRL. The roll-out of SCOOT at 600 additional intersections, now at its midpoint, is a central plank in the