The essential elements of any navigation system are a shortest-path algorithm and accurate map data. The contribution of this work is two-fold. First, the HBA* algorithm, an efficient shortest-path algorithm is presented that mimics human driving behavior by exploiting road network hierarchies. Second, in a thorough performance study dynamic travel times are introduced to replace the unreliable static speed types currently used in connection with road network datasets
Routing in road networks is a well-studied problem with a wide variety of applications. As an exam...
Due to the severe impact of road traffic congestion on both economy and environment, several vehicle...
Efficiently computing shortest paths is an essential building block of many mobility applications, m...
The essential elements of any navigation system are a shortest-path algorithm and a map dataset. Whe...
For navigation purposes, drivers rely on applications such as Google maps or navigating devices mou...
Current routing devices route an individual car driver from start to destination in the shortest tim...
Having started off from luxury makes and models, in-vehicle navigation systems are now gradually spr...
Vehicle routing through road networks is an important topic of research: time and money can be saved...
The authors carry out an experimental analysis of a number of shortest path (routing) algorithms inv...
Shortest path determination in a dynamic transportation network has been a real challenge where netw...
As traffic routing applications usually are heavily burdened due to the many requests, a low executi...
To date, traditional navigation systems have embedded algorithms that attempt to minimize trip dista...
Abstract—Due to the severe impact of road traffic congestion on both economy and environment, severa...
With the increasing use of geographical information systems (GIS) and route planning software, users...
Traffic congestion has been one of the major problems in our everyday life. It has caused billions a...
Routing in road networks is a well-studied problem with a wide variety of applications. As an exam...
Due to the severe impact of road traffic congestion on both economy and environment, several vehicle...
Efficiently computing shortest paths is an essential building block of many mobility applications, m...
The essential elements of any navigation system are a shortest-path algorithm and a map dataset. Whe...
For navigation purposes, drivers rely on applications such as Google maps or navigating devices mou...
Current routing devices route an individual car driver from start to destination in the shortest tim...
Having started off from luxury makes and models, in-vehicle navigation systems are now gradually spr...
Vehicle routing through road networks is an important topic of research: time and money can be saved...
The authors carry out an experimental analysis of a number of shortest path (routing) algorithms inv...
Shortest path determination in a dynamic transportation network has been a real challenge where netw...
As traffic routing applications usually are heavily burdened due to the many requests, a low executi...
To date, traditional navigation systems have embedded algorithms that attempt to minimize trip dista...
Abstract—Due to the severe impact of road traffic congestion on both economy and environment, severa...
With the increasing use of geographical information systems (GIS) and route planning software, users...
Traffic congestion has been one of the major problems in our everyday life. It has caused billions a...
Routing in road networks is a well-studied problem with a wide variety of applications. As an exam...
Due to the severe impact of road traffic congestion on both economy and environment, several vehicle...
Efficiently computing shortest paths is an essential building block of many mobility applications, m...