Transit nodes are a concept that has proven to speed up pathfinding in roadnetworks considerably. The main idea of transit nodes is to precompute paths for selected routes and use these as shortcuts during the search. While this method can be employed for road networks that remain static over a period of time, it can not be directly applied to complex fast changing networks such as those used for telecommunication since precomputed shortcuts can become invalid at any time. In this paper, an approach is presented that is based on transit nodes but extends the concept to accommodate for the special requirements of fast changing networks
TRANSIT is a fast and optimal technique for computing shortest path costs in road networks. It is at...
Many existing methods for transit assignment and path finding do not support schedule coordination i...
Finding the fastest way between two given places is in recent hurried times quite useful thing. Acco...
Abstract. Transit Node Routing (TNR) is a fast and exact distance oracle for road networks. We show ...
Abstract. Transit Node Routing (TNR) is a fast and exact distance oracle for road networks. We show ...
Computing the quickest route in a roadnetwork from a given source to a giventarget is an important p...
We present fast and efficient algorithms for routing in road and public transit networks. An algorit...
The search for the shortest path is one of the most studied graph problems with interesting applicat...
Finding the shortest path between two points in a network is a fundamental problem in computer scien...
Common methods of optimal route search are described in the thesis. Also, existing procedures used i...
The problem of searching the optimal way in the network of public communication is investigated in t...
The road network now opens a new application area for the classic k -nearestneighbors (k -NN) querie...
The article presents an overview of the main trends and methods of searching the shortest path infor...
The purpose of the work is the development of basic data structures, speed-efficient and memoryeffic...
AbstractDynamic routing algorithms play an important role in road traffic routing to avoid congestio...
TRANSIT is a fast and optimal technique for computing shortest path costs in road networks. It is at...
Many existing methods for transit assignment and path finding do not support schedule coordination i...
Finding the fastest way between two given places is in recent hurried times quite useful thing. Acco...
Abstract. Transit Node Routing (TNR) is a fast and exact distance oracle for road networks. We show ...
Abstract. Transit Node Routing (TNR) is a fast and exact distance oracle for road networks. We show ...
Computing the quickest route in a roadnetwork from a given source to a giventarget is an important p...
We present fast and efficient algorithms for routing in road and public transit networks. An algorit...
The search for the shortest path is one of the most studied graph problems with interesting applicat...
Finding the shortest path between two points in a network is a fundamental problem in computer scien...
Common methods of optimal route search are described in the thesis. Also, existing procedures used i...
The problem of searching the optimal way in the network of public communication is investigated in t...
The road network now opens a new application area for the classic k -nearestneighbors (k -NN) querie...
The article presents an overview of the main trends and methods of searching the shortest path infor...
The purpose of the work is the development of basic data structures, speed-efficient and memoryeffic...
AbstractDynamic routing algorithms play an important role in road traffic routing to avoid congestio...
TRANSIT is a fast and optimal technique for computing shortest path costs in road networks. It is at...
Many existing methods for transit assignment and path finding do not support schedule coordination i...
Finding the fastest way between two given places is in recent hurried times quite useful thing. Acco...