Thill (2004) Adaptive Traffic Control Systems / Adelaide SA / /
Country
Australia / / /
Facility
Transportation System On / University of South Australia **Cyberspace Technology Laboratory / /
IndustryTerm
integrated transportation system / transportation models / car park object / off-line traffic control systems / network developer / control equipment / chemical reactions / traffic network / adaptive traffic control systems / traffic networks / neural network / database systems / traffic management / on-line traffic monitors / micro chemical-electrical currents / electronic management/storage device / transport microsimulation tools / real-time data / given road network / real time information / present traffic control systems / real-time dynamic traffic control systems / capable traffic management systems / traffic signal control systems / example traffic network / traffic control/traffic micro-simulation tool / generic car park / transport management systems / greater transportation system / non-linear and event-driven systems / micro-simulation tools / car-parks / transportation network / universal transport network / traffic micro-simulation systems / on-line timing plan selection / real-time adaptive signal traffic control system / transportation networks / generic car park objects / transportation management systems / universal networks / traffic management systems / electronic synaptic network / transportation system / car park/traffic signal / Real-time traffic control / transport network / car park / /
Organization
Department of Computer Science / Nikolaos Vogiatzis* / Hideto Ikeda** and Waskitho Wibisono** Organisation / University of South Australia **Cyberspace Technology Laboratory / *Transport Systems Centre / Ritsumeikan University / / /
27th Australasian Transport Research Forum, Adelaide, 29 September – 1 October[removed]Paper title: On the locality-scope model for improving the performance of transportation management systems