Simulation studies suggest that pooled on-demand services (also referred to as Demand Responsive Transport, ridesharing, shared ride-hailing or shared ridesourcing services) have the potential to bring large benefits to urban areas while inducing limited time losses for their users. However, in reality, the large majority of users request individual rides (and not pooled rides) in existing on-demand services, leading to increases in motorised vehicle miles travelled. In this study, we investigate to what extent fare discounts, additional travel time, and the (un)willingness to share the ride with (different numbers of) other passengers play a role in the decision of individuals to share rides. To this end, we design a stated preference stud...
The supply of shared mobility solutions has been increasing during the last years, so has the popula...
The uptake of on-demand services is increasing rapidly all over the world. However, the market share...
In light of repeated traffic congestion during peak hour in combination with low car occupancy rates...
Simulation studies suggest that pooled on-demand services (also referred to as Demand Responsive Tra...
Simulation studies suggest that pooled on-demand services (also referred to as Demand Responsive Tra...
Simulation studies suggest that pooled on-demand services (also referred to as ridesplitting or shar...
The impact of on-demand urban transport services on traffic reduction will depend on the willingness...
Previous studies on ride-sharing potential have neglected that ride-sharing choice considers a trade...
Previous studies on ride-sharing potential have neglected that ride-sharing choice considers a trade...
DTRT13-G-UTC58The potential of dynamic ridesharing as a Mobility-as-a-Service centerpiece in cities ...
Previous studies into the potential benefits of ride pooling failed to account for the trade-off tha...
Autonomous mobility on demand systems (AMODS) are predicted to face a bright future for providing co...
Autonomous mobility on demand systems (AMODS) are predicted to face a bright future for providing co...
The penetration of autonomous vehicles of level 5 will be a turning point for mobility. Depending on...
On-demand mobility services including transportation network companies (also known as ridesourcing a...
The supply of shared mobility solutions has been increasing during the last years, so has the popula...
The uptake of on-demand services is increasing rapidly all over the world. However, the market share...
In light of repeated traffic congestion during peak hour in combination with low car occupancy rates...
Simulation studies suggest that pooled on-demand services (also referred to as Demand Responsive Tra...
Simulation studies suggest that pooled on-demand services (also referred to as Demand Responsive Tra...
Simulation studies suggest that pooled on-demand services (also referred to as ridesplitting or shar...
The impact of on-demand urban transport services on traffic reduction will depend on the willingness...
Previous studies on ride-sharing potential have neglected that ride-sharing choice considers a trade...
Previous studies on ride-sharing potential have neglected that ride-sharing choice considers a trade...
DTRT13-G-UTC58The potential of dynamic ridesharing as a Mobility-as-a-Service centerpiece in cities ...
Previous studies into the potential benefits of ride pooling failed to account for the trade-off tha...
Autonomous mobility on demand systems (AMODS) are predicted to face a bright future for providing co...
Autonomous mobility on demand systems (AMODS) are predicted to face a bright future for providing co...
The penetration of autonomous vehicles of level 5 will be a turning point for mobility. Depending on...
On-demand mobility services including transportation network companies (also known as ridesourcing a...
The supply of shared mobility solutions has been increasing during the last years, so has the popula...
The uptake of on-demand services is increasing rapidly all over the world. However, the market share...
In light of repeated traffic congestion during peak hour in combination with low car occupancy rates...