On Monday September 12th, 2016, Charalampos Sideris defended his MSc thesis on the optimisation of merging behaviour with Intelligent Transport Systems. His report is titled Congestion minimisation by optimising merging behaviour through Intelligent Transportation Systems.
Start master thesis project of Liza Hodenius on unbundling of traffic. The project investigates under which circumstances it is good to unbundle (separate) traffic flows. The research will use simulation to determine the effects and will result in a decision tree.
On Wednesday August 17th, 2016, Marco de Baat defended his MSc thesis on the choice of lane change strategies of drivers, found by a driving experiment and a questionnaire. His report is titled Emperical Investigation of Strategy-Based Lane Change Choice.
On Thursday February 4th, 2016, Michel Meulenberg defended his MSc thesis on the development and testing of a new adaptive ramp-metering algorithm, based on the commonly used ALINEA algorithm. His report is titled A possible new adaptive control approach for ramp metering
Start master thesis project of Marco de Baat on choosing lane change strategies. The project investigates which lane change strategies people apply under which circumstances. This is done using a driving experiment and a questionnaire.
On June 17th, 2015, Friso Scholten defended his MSc thesis on the development and testing of a prototype for the traffic state estimation and prediction for operational use in traffic management centres. His report is titled Short-term traffic prediction in road traffic control centres.
On May 11th, 2015, Mark Meijerman defended his MSc thesis on the development and simulation of two control algorithms for variable speed limits. His report is titled “Using speed limits to prevent congestion at fixed infrastructural bottlenecks.
Start master thesis project of Michel Meulenberg on improving the ramp metering control algorithm. The project looks at the possiblities to automatically adjust control parameters so the ramp metering systems will operate more efficiently.
Start master thesis project of Charalampos Sideris on improving weaving behaviour with ITS. The project investigates the possibilities to use in-car systems to improve the merging process in busy situations.
Start master thesis project of Charalampos Sideris on improving weaving behaviour with ITS. The project investigates the possibilities to use in-car systems to improve the weaving process in busy situations.