This study examines the benefits of Cooperative Intelligent Transport Systems (C-ITS) in weaving sections. The research proposes a lane-changing advisory application to alleviate the lane-changing concentration in weaving sections by coordinating weaving vehicles. While non-weaving vehicles travel as normal, weaving vehicles are monitored and advised through personalized messages based on their destination lane. The findings of this research, derived from a microscopic simulation in AIMSUN, reveal that the proposed strategy has the potential to improve delay significantly and that it can be applied to any existing one-sided weaving sections
Drivers can cooperate with automation inside the vehicle as well as with traffic participants and in...
As the accident-prone sections and bottlenecks, highway weaving sections will become more complicate...
Cooperative Intelligent Transportation Systems (C-ITS) are being deployed in several cities around t...
Weaving sections, a common design of motorways, require extensive lane-change manoeuvres. Numerous s...
Article free to read on journal website The traffic in a weaving segment is subject to lane-changing...
To alleviate the lane-changing conflicts between weaving vehicles and enhance the traffic efficiency...
Cooperative intelligent transportation systems (C-ITS) support the exchange of information between v...
Cooperative intelligent transportation systems (C-ITS) support the exchange of information between v...
Reduction in the number of lanes (lane drop) is common on motorways due to road design, incidents, o...
Summarization: We depend heavily on transport in our everyday lives. Yet continuously increasing roa...
This thesis investigates the potential of in-car advisory systems to suggest location and timing whe...
Cooperative Intelligent Transportation Systems (C-ITS) are being deployed in several cities around t...
Traffic control in highway weaving sections is complicated since vehicles are crossing paths, changi...
This paper proposes an innovative way of performing efficient lane changes in road traffic composed ...
Summarization: Lane changes are a vital part of vehicle motions on roads, affecting surrounding vehi...
Drivers can cooperate with automation inside the vehicle as well as with traffic participants and in...
As the accident-prone sections and bottlenecks, highway weaving sections will become more complicate...
Cooperative Intelligent Transportation Systems (C-ITS) are being deployed in several cities around t...
Weaving sections, a common design of motorways, require extensive lane-change manoeuvres. Numerous s...
Article free to read on journal website The traffic in a weaving segment is subject to lane-changing...
To alleviate the lane-changing conflicts between weaving vehicles and enhance the traffic efficiency...
Cooperative intelligent transportation systems (C-ITS) support the exchange of information between v...
Cooperative intelligent transportation systems (C-ITS) support the exchange of information between v...
Reduction in the number of lanes (lane drop) is common on motorways due to road design, incidents, o...
Summarization: We depend heavily on transport in our everyday lives. Yet continuously increasing roa...
This thesis investigates the potential of in-car advisory systems to suggest location and timing whe...
Cooperative Intelligent Transportation Systems (C-ITS) are being deployed in several cities around t...
Traffic control in highway weaving sections is complicated since vehicles are crossing paths, changi...
This paper proposes an innovative way of performing efficient lane changes in road traffic composed ...
Summarization: Lane changes are a vital part of vehicle motions on roads, affecting surrounding vehi...
Drivers can cooperate with automation inside the vehicle as well as with traffic participants and in...
As the accident-prone sections and bottlenecks, highway weaving sections will become more complicate...
Cooperative Intelligent Transportation Systems (C-ITS) are being deployed in several cities around t...