Delcan touts award-winning ICM project at ITS America
Delcan is the systems integrator for a major integrated corridor management (ICM) pilot site being highlighted by the US DOT. The San Diego ICM project, led by the San Diego Association of Governments (SANDAG), has deployed an advanced system designed to manage and optimise all available infrastructure, routes and modes in a pro-active, coordinated manner. The project won the Best of ITS Award presented at the opening plenary
April 22, 2013
Read time: 2 mins
Delcans Dan Lukasik presenting the San Diego ICM project
285 Delcan is the systems integrator for a major integrated corridor management (ICM) pilot site being highlighted by the US DOT. The San Diego ICM project, led by the 1789 San Diego Association of Governments (SANDAG), has deployed an advanced system designed to manage and optimise all available infrastructure, routes and modes in a pro-active, coordinated manner. The project won the Best of ITS Award presented at the opening plenary.
The Interstate 15 Integrated Corridor Management System represents collaboration between SANDAG, 3879 Caltrans, local cities, state and national transportation agencies. This project implements the US DOT’s vision that metropolitan areas can realise significant improvements in the efficient movement of people and goods through aggressive, proactive integration of existing infrastructure along major transportation corridors. It involves the integration of technologies and concepts that have yet to be used in the US. Various Active Traffic Management (ATM) strategies were deployed including: Freeway coordinated adaptive ramp metering; signal coordination on arterials with freeway ramp metering; regional arterial management; real-time multimodal decision support; network traffic prediction; on-line micro simulation analysis; real-time response strategy assessment; en-route traveller information; and pre-trip traveller information.
As systems integrator for this project, Delcan Intelligent NETworks product was installed to monitor and manage the various facilities and modes, as well as recommend response plan strategies for various types of scheduled and unscheduled events. At the heart of the system is a real-time multimodal Decision Support System (DSS) that involved integration between Intelligent NETworks and 16 Aimsun Online, a tool from 2195 Transport Simulation Systems (TSS) that provides network traffic prediction and real-time micro simulation. The end result is said to be one of the most comprehensive and intelligent decision support systems in the industry today.
Delcan is inviting delegates to its booth to learn more about this groundbreaking method of transportation management.
A new survey from free legal information website FindLaw.com found that 52 per cent of Americans support the use of radar speed cameras, while 48 per cent oppose them. Advocates say the cameras increase safety, but opponents contend they are often little more than revenue grabs by communities seeking to fill their local coffers. Interestingly, there is a split between men and women on the issue – a majority of women support the use of speed cameras while a majority of men oppose it. Ohio recently adopted a
CIVITAS Capital is offering co-funding of up to 50 per cent for urban mobility projects. To be eligible, projects must focus on one of six topics: integrated planning; urban freight logistics; demand management strategies; transport telematics; safety and security; and clean fuels and vehicles.
The project is supporting the take-up of sustainable urban mobility measures through an Activity Fund. This co-financing mechanism will encourage the transfer of successful measures from ‘pioneer’ cities to ‘take-
Networking communications equipment vendor Nokia is looking to edge computing to solve road operators’ problems, bringing legacy networks together under its ‘roadside cloud’ concept.
“We don’t want road operators to get rid of their existing infrastructure,” explains Matthias Jablonowski, global practice lead – road at Nokia. But it believes connecting roadside infrastructure with a central management system via its roadside cloud – based on the multi-access edge computing (MEC) standard – will allow
Industrial designers from around the world are meeting in London next month to explore the future of transport systems, how to improve the passenger journey from home to destination and how greater integration and connectivity can enhance the transport user experience. Paul Priestman, designer and co-founding director of international design consultancy Priestmangoode will lead the debate in the Wired Transport: Connected trains, planes and automobiles session at the Product Design and Innovation Conference
