Integrated Control of Mixed Traffic Networks Using Model Predictive Control |
Contents
Preface | 1 |
Traffic control strategies based on different assignment models | 3 |
Practical issues for modelbased traffic control | 5 |
Copyright | |
17 other sections not shown
Common terms and phrases
ALINEA Braess paradox chapter congestion control actions control method control signal control strategy control time step cost function day-to-day route choice density described destination determine downstream DRIP drivers dynamic traffic assignment equilibrium assignment fixed-time control freeway link freeway network freeway time step Hellendoorn influence the route integer linear programming Intelligent Transportation Systems intersection km/h koTc linear METANET model mixed networks model predictive control MPC controller MPC-based control Netherlands node number of vehicles Nyeh obtained off-ramp metering on-ramp optimal control optimization algorithm optimization problem parameters performance period prediction model qmax ramp metering installation ramp metering rate route choice control route choice model route-choice-based scenario Section segment selected step kf total time spent traffic control measures traffic networks traffic signals TRAIL Thesis Series turning rates urban and freeway urban network urban roads urban traffic values variable speed limits veh/h veh/km/lane within-day route choice