Add to ORKG• Depth-first search is so called because the node selected in each step is a neighbor of the node that is farthest from the root (in the tree). • This is convenient because it allows a simple recursive implementation. • Could we search the graph in a different “order”?
In this paper we take a general look at forward pruning in tree search. By identifying what we thi...
In this paper we examine parallel algorithms for performing a depth-first search (DFS) of a directed...
Graph search algorithms have exploited graph extremities, such as the leaves of a tree and the simpl...
In a connected graph, you can always reach all nodes (or vertices) starting from any given node (cal...
• In the last lecture, we introduced a method of searching a graph using a technique called depth-fi...
AbstractA depth first search algorithm is used to establish the connection between labeled connected...
• Search algorithms are fundamental techniques applied to solve a wide range of optimization problem...
An experimental evaluation of a technique for improving the efficiency of depth-first search on grap...
Computing the strong components of a directed graph is an essential operation for a basic structural...
Computing the strong components of a directed graph is an essential operation for a basic structural...
. This paper shows that for a strongly connected planar directed graph of size n, a depth-first sear...
Best-first search (BFS) expands the fewest nodes among all admissible algorithms us-ing the same cos...
Recent work shows that the memory requirements of A * and related graph-search algorithms can be red...
AbstractRecent work shows that the memory requirements of A* and related graph-search algorithms can...
Graphs are used for modelling complex problems in many areas, such as spatial and road networks, soc...
In this paper we take a general look at forward pruning in tree search. By identifying what we thi...
In this paper we examine parallel algorithms for performing a depth-first search (DFS) of a directed...
Graph search algorithms have exploited graph extremities, such as the leaves of a tree and the simpl...
In a connected graph, you can always reach all nodes (or vertices) starting from any given node (cal...
• In the last lecture, we introduced a method of searching a graph using a technique called depth-fi...
AbstractA depth first search algorithm is used to establish the connection between labeled connected...
• Search algorithms are fundamental techniques applied to solve a wide range of optimization problem...
An experimental evaluation of a technique for improving the efficiency of depth-first search on grap...
Computing the strong components of a directed graph is an essential operation for a basic structural...
Computing the strong components of a directed graph is an essential operation for a basic structural...
. This paper shows that for a strongly connected planar directed graph of size n, a depth-first sear...
Best-first search (BFS) expands the fewest nodes among all admissible algorithms us-ing the same cos...
Recent work shows that the memory requirements of A * and related graph-search algorithms can be red...
AbstractRecent work shows that the memory requirements of A* and related graph-search algorithms can...
Graphs are used for modelling complex problems in many areas, such as spatial and road networks, soc...
In this paper we take a general look at forward pruning in tree search. By identifying what we thi...
In this paper we examine parallel algorithms for performing a depth-first search (DFS) of a directed...
Graph search algorithms have exploited graph extremities, such as the leaves of a tree and the simpl...