Add to ORKGThis project aims to analyze the potential of car platooning to improve the overall road system performance. The concept of platooning refers to the linking of vehicles through wireless technology in groups of cars that travel very close one after another in highways. The leading vehicle controls the speed and direction, whereas the following vehicles respond to the leader's movement. Grouping vehicles into platoons might increase road capacity by reducing headways, safety by removing human errors and cost savings by reducing fuel consumption and emissions
Vehicles following each other in close-proximity in the form of a platoon reduce fuel consumption du...
The rise of vehicle usage causes roads to reach capacity limits. When capacity is reached, traffic j...
The infrastructure of roads in many countries is congested because of the rapid increase of the amou...
This project aims to analyze the potential of car platooning to improve the overall road system perf...
Future Intelligent Transportation System strategies that use cooperative automation have the potenti...
Automated platooning is one of the most challenging fields in the domain of ITS. Conceptually, plato...
A platoon can be defined as a group of consecutive vehicles that exchange information, so that they ...
Abstract Grouping vehicles into platoons is a method of increasing the capacity of roads. Platoons d...
Autonomous vehicles have gained popularity over the years due to its increasing credibility and reli...
The growth in the number of connected vehicles in ad-hoc networks or VANETs enables the use ofincrea...
Abstract—Intelligent vehicle platoon driving is a process of the flexible formation based on the coo...
Autonomous vehicles have a lot of potential in improving people’s everyday lives. They could reduce ...
Platooning is a challenging application for future autonomous driving systems in which several drive...
This paper presents an overview of current projects that deal with vehicle platooning. The platoonin...
To deal with current high level of congestion, especially in urban areas, as bottleneck of mobility,...
Vehicles following each other in close-proximity in the form of a platoon reduce fuel consumption du...
The rise of vehicle usage causes roads to reach capacity limits. When capacity is reached, traffic j...
The infrastructure of roads in many countries is congested because of the rapid increase of the amou...
This project aims to analyze the potential of car platooning to improve the overall road system perf...
Future Intelligent Transportation System strategies that use cooperative automation have the potenti...
Automated platooning is one of the most challenging fields in the domain of ITS. Conceptually, plato...
A platoon can be defined as a group of consecutive vehicles that exchange information, so that they ...
Abstract Grouping vehicles into platoons is a method of increasing the capacity of roads. Platoons d...
Autonomous vehicles have gained popularity over the years due to its increasing credibility and reli...
The growth in the number of connected vehicles in ad-hoc networks or VANETs enables the use ofincrea...
Abstract—Intelligent vehicle platoon driving is a process of the flexible formation based on the coo...
Autonomous vehicles have a lot of potential in improving people’s everyday lives. They could reduce ...
Platooning is a challenging application for future autonomous driving systems in which several drive...
This paper presents an overview of current projects that deal with vehicle platooning. The platoonin...
To deal with current high level of congestion, especially in urban areas, as bottleneck of mobility,...
Vehicles following each other in close-proximity in the form of a platoon reduce fuel consumption du...
The rise of vehicle usage causes roads to reach capacity limits. When capacity is reached, traffic j...
The infrastructure of roads in many countries is congested because of the rapid increase of the amou...