For finding a shortest path in a network bidirectional A* is a widely known algorithm. This algorithm distinguishes between the main phase and the postprocessing phase. The version of bidirectional A* that is considered the most appropriate in literature hitherto, uses a so-called balanced heuristic estimate. This type of heuristic is chosen, as it accounts for a short postprocessing phase. In this paper, we do not restrict ourselves any longer to balanced heuristics. First, we introduce an algorithm containing a new method for the postprocessing phase, reducing this phase considerably for non-balanced heuristics. For a balanced heuristic the new algorithm is nearly equivalent to the existing versions of bidirectional A*. An obvious choice ...
Bidirectional search algorithms interleave two separate searches, a normal search forward from the s...
Bidirectional heuristic search is a well-known technique for solving pathfinding problems. The goal ...
In this paper we study bidirectional state space search with consistent heuristics, with a focus on ...
textabstractFor finding a shortest path in a network the bidirectional~A* algorithm is a widely kno...
For finding a shortest path in a network the bidirectional A * algorithm is a widely known algorithm...
textabstractA widely known algorithm for ¯nding the shortest path in a network is Bidirectional A*. ...
The state of the art in bidirectional search has changed significantly a very short time period; we ...
This paper presents two new bidirectional heuristic search algorithms for solving the shortest path ...
This thesis contains the following subjects: - Several shortest path algorithms, both label-setting ...
A new K<sup>th</sup> shortest path algorithm based on bidirectional search is set forward in this pa...
The purpose of this bachelor thesis is to summarize the most important results on bidirectional heur...
While heuristics based on geometric constructs of the networks would appear to improve performance o...
Although the heuristic search algorithm A * is well-known to be optimally efficient, this result exp...
Dijkstra's algorithm is arguably the most popular computational solution to finding single source sh...
We present a new algorithm to reduce the space complexity of heuristic search. It is most effective ...
Bidirectional search algorithms interleave two separate searches, a normal search forward from the s...
Bidirectional heuristic search is a well-known technique for solving pathfinding problems. The goal ...
In this paper we study bidirectional state space search with consistent heuristics, with a focus on ...
textabstractFor finding a shortest path in a network the bidirectional~A* algorithm is a widely kno...
For finding a shortest path in a network the bidirectional A * algorithm is a widely known algorithm...
textabstractA widely known algorithm for ¯nding the shortest path in a network is Bidirectional A*. ...
The state of the art in bidirectional search has changed significantly a very short time period; we ...
This paper presents two new bidirectional heuristic search algorithms for solving the shortest path ...
This thesis contains the following subjects: - Several shortest path algorithms, both label-setting ...
A new K<sup>th</sup> shortest path algorithm based on bidirectional search is set forward in this pa...
The purpose of this bachelor thesis is to summarize the most important results on bidirectional heur...
While heuristics based on geometric constructs of the networks would appear to improve performance o...
Although the heuristic search algorithm A * is well-known to be optimally efficient, this result exp...
Dijkstra's algorithm is arguably the most popular computational solution to finding single source sh...
We present a new algorithm to reduce the space complexity of heuristic search. It is most effective ...
Bidirectional search algorithms interleave two separate searches, a normal search forward from the s...
Bidirectional heuristic search is a well-known technique for solving pathfinding problems. The goal ...
In this paper we study bidirectional state space search with consistent heuristics, with a focus on ...