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Jonkers, E. (author), Wilmink, I.R. (author), Jobsis, A. (author), Djukic, T. (author), van Ark, E.J. (author), Duijnisveld, M.A.G. (author), Haanstra, R. (author)
De Praktijkproef Amsterdam (PPA) is een grootschalige test waarin innovatieve technieken
report 2016
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Jonkers, E. (author), Wilmink, I.R. (author), Duijnisveld, M.A.G. (author)
In fase 1 van de grootschalige PraktijkProef Amsterdam, PPA, zijn zowel wegkant- als in-car systemen getest. Dit artikel geeft de belangrijkste lessen van de in-car proef in fase 1, uitgevoerd door het Amsterdam onderweg Consortium (TNO en ARS T&TT). Het tweede Consortium dat in deze fase in-carsystemen testte is Amsterdam Mobiel (ARCADIS en VID).
article 2016
document
Wilmink, I.R. (author), Jonkers, E. (author), Jobsis, A. (author), Djukic, T. (author), van Ark, E.J. (author), Duijnisveld, M.A.G. (author), Haanstra, R. (author)
report 2016
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Mahmod, M. (author), Jonkers, E. (author), Klunder, G.A. (author), Benz, T. (author), Winder, A. (author)
Transport is an important source of air pollution and greenhouse gas emissions. Although the applications of information and communication technologies (ICTs) for transport, also known as intelligent transport systems, are seen as having great potential to help reduce emissions from road transport, their exact impact on CO<inf>2</inf> emissions...
article 2015
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Wolfermann, A. (author), Gade, K. (author), Jonkers, E. (author)
Intelligent transport systems are accepted as an integral part of the transport system. They have high potential in reducing the carbon footprint of traffic while improving efficient and safe transport. The calculation of CO<inf>2</inf> emissions arising from the transport sector incorporating the impact of ITS is a challenging task. A...
article 2015
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