This paper examines the long-term effect that connected and autonomous vehicles might have on urban, road-based, transport capacity. Using micro-simulation techniques, the authors produce estimates for the increase/decrease in congestion which might occur when fully autonomous vehicles are introduced to the roads. Despite the fact that these vehicles are likely to generate more road movements in future because of 'empty-leg' journeys, the results suggest that overall congestion levels are more likely to be eased than aggravated by their ubiquitous presence
Urban mobility is a dynamic system that has had a (slow) natural evolution. Scientists and engineers...
As connectivity and automation make their way in to transportation systems, they are expected to hav...
Automated Vehicles are an integral part of Intelligent Transportation Systems (ITSs) and are expecte...
An important problem for surface transport is road traffic congestion, which is ubiquitous and diffi...
An important problem for surface transport is road traffic congestion, which is ubiquitous and diffi...
Connected and autonomous vehicles are expected to gradually enter the transport modal mix sooner or ...
With the advent of self-driving cars, Autonomous Mobility on Demand (AMoD) may become a very popular...
New developments in the automotive world have the power to change mobility, but because of high unce...
New developments in the automotive world have the power to change mobility, but because of high unce...
Emerging vehicle technologies foreshadow a world in which sensors and software will replace humans i...
Autonomous vehicles promise to revolutionize the automobile market, although their implementation co...
Emerging vehicle technologies foreshadow a world in which sensors and software will replace humans i...
Emerging vehicle technologies foreshadow a world in which sensors and software will replace humans i...
Autonomous vehicles promise to revolutionize the automobile market, although their implementation co...
Urban mobility is a dynamic system that has had a (slow) natural evolution. Scientists and engineers...
Urban mobility is a dynamic system that has had a (slow) natural evolution. Scientists and engineers...
As connectivity and automation make their way in to transportation systems, they are expected to hav...
Automated Vehicles are an integral part of Intelligent Transportation Systems (ITSs) and are expecte...
An important problem for surface transport is road traffic congestion, which is ubiquitous and diffi...
An important problem for surface transport is road traffic congestion, which is ubiquitous and diffi...
Connected and autonomous vehicles are expected to gradually enter the transport modal mix sooner or ...
With the advent of self-driving cars, Autonomous Mobility on Demand (AMoD) may become a very popular...
New developments in the automotive world have the power to change mobility, but because of high unce...
New developments in the automotive world have the power to change mobility, but because of high unce...
Emerging vehicle technologies foreshadow a world in which sensors and software will replace humans i...
Autonomous vehicles promise to revolutionize the automobile market, although their implementation co...
Emerging vehicle technologies foreshadow a world in which sensors and software will replace humans i...
Emerging vehicle technologies foreshadow a world in which sensors and software will replace humans i...
Autonomous vehicles promise to revolutionize the automobile market, although their implementation co...
Urban mobility is a dynamic system that has had a (slow) natural evolution. Scientists and engineers...
Urban mobility is a dynamic system that has had a (slow) natural evolution. Scientists and engineers...
As connectivity and automation make their way in to transportation systems, they are expected to hav...
Automated Vehicles are an integral part of Intelligent Transportation Systems (ITSs) and are expecte...