In this paper, we report on our own experience in studying a fundamental problem on graphs: all pairs shortest paths. In particular, we discuss the interplay between theory and practice in engineering a simple variant of Dijkstra's shortest path algorithm. In this context, we show that studying heuristics that are efficient in practice can yield interesting clues to the combinatorial properties of the problem, and eventually lead to new theoretically efficient algorithms
We propose shortest path algorithms that use A ∗ search in combination with a new graph-theoretic lo...
AbstractWe present a new all-pairs shortest path algorithm that works with real-weighted graphs in t...
Single source shortest path algorithms are concerned with finding the shortest distances to all ver...
This thesis deals with shortest paths problem in graphs. Shortest paths problem is the basic issue o...
We evaluate the practical eÆciency of a new shortest path algorithm for undirected graphs which was ...
In Graph Theory, Dijkstra’s Algorithm is one of the most well-known algorithms to calculate the Shor...
Abstract—While the ever growing computational capabilities of devices that are used for man-machine ...
The aim of this thesis is finding, comparing and implementation of algorithms for finding the shorte...
AbstractFinding shortest paths is a fundamental problem in graph theory, which has a large amount of...
The problem of finding the shortest path from a path or graph has been quite widely discussed. There...
Dijkstra's algorithm is arguably the most popular computational solution to finding single source sh...
We present two new and efficient algorithms for computing all-pairs shortest paths. The algorithms o...
Abstract—The development of concepts derived from the generic approach to solving the problem of the...
Shortest path problems are fundamental network optimization problems arising in many contexts and ha...
AbstractIn this paper, we propose an efficient method for implementing Dijkstra's algorithm for the ...
We propose shortest path algorithms that use A ∗ search in combination with a new graph-theoretic lo...
AbstractWe present a new all-pairs shortest path algorithm that works with real-weighted graphs in t...
Single source shortest path algorithms are concerned with finding the shortest distances to all ver...
This thesis deals with shortest paths problem in graphs. Shortest paths problem is the basic issue o...
We evaluate the practical eÆciency of a new shortest path algorithm for undirected graphs which was ...
In Graph Theory, Dijkstra’s Algorithm is one of the most well-known algorithms to calculate the Shor...
Abstract—While the ever growing computational capabilities of devices that are used for man-machine ...
The aim of this thesis is finding, comparing and implementation of algorithms for finding the shorte...
AbstractFinding shortest paths is a fundamental problem in graph theory, which has a large amount of...
The problem of finding the shortest path from a path or graph has been quite widely discussed. There...
Dijkstra's algorithm is arguably the most popular computational solution to finding single source sh...
We present two new and efficient algorithms for computing all-pairs shortest paths. The algorithms o...
Abstract—The development of concepts derived from the generic approach to solving the problem of the...
Shortest path problems are fundamental network optimization problems arising in many contexts and ha...
AbstractIn this paper, we propose an efficient method for implementing Dijkstra's algorithm for the ...
We propose shortest path algorithms that use A ∗ search in combination with a new graph-theoretic lo...
AbstractWe present a new all-pairs shortest path algorithm that works with real-weighted graphs in t...
Single source shortest path algorithms are concerned with finding the shortest distances to all ver...