AbstractA depth first search algorithm is used to establish the connection between labeled connected graphs and inversions of trees
We consider the following computational problem: Given a rooted tree and a ranking of its leaves, wh...
In this work I present recent scientific papers related to the concept of tree-depth: different cha...
AbstractIn their work on ‘Coxeter-like complexes’, Babson and Reiner introduced a simplicial complex...
AbstractA depth first search algorithm is used to establish the connection between labeled connected...
AbstractA simple decomposition for graphs yields generating functions for counting graphs by edges a...
In a connected graph, you can always reach all nodes (or vertices) starting from any given node (cal...
AbstractWe introduce the idea of pessimistic search on a rooted tree, and develop the straightening ...
• Search algorithms are fundamental techniques applied to solve a wide range of optimization problem...
• Depth-first search is so called because the node selected in each step is a neighbor of the node t...
AbstractKreweras studied a polynomialPn(q) which enumerates (labeled) rooted forests by number of in...
• In the last lecture, we introduced a method of searching a graph using a technique called depth-fi...
Although Breadth-First Search (BFS) has several advantages over Depth-First Search (DFS) its pro-hib...
Abstract. A connected graph has tree-depth at most k if it is a sub-graph of the closure of a rooted...
© 2020 The Author(s). We present a concept called the branch-depth of a connectivity function, that ...
Depth first search is a natural algorithmic technique for constructing a closed route that visits al...
We consider the following computational problem: Given a rooted tree and a ranking of its leaves, wh...
In this work I present recent scientific papers related to the concept of tree-depth: different cha...
AbstractIn their work on ‘Coxeter-like complexes’, Babson and Reiner introduced a simplicial complex...
AbstractA depth first search algorithm is used to establish the connection between labeled connected...
AbstractA simple decomposition for graphs yields generating functions for counting graphs by edges a...
In a connected graph, you can always reach all nodes (or vertices) starting from any given node (cal...
AbstractWe introduce the idea of pessimistic search on a rooted tree, and develop the straightening ...
• Search algorithms are fundamental techniques applied to solve a wide range of optimization problem...
• Depth-first search is so called because the node selected in each step is a neighbor of the node t...
AbstractKreweras studied a polynomialPn(q) which enumerates (labeled) rooted forests by number of in...
• In the last lecture, we introduced a method of searching a graph using a technique called depth-fi...
Although Breadth-First Search (BFS) has several advantages over Depth-First Search (DFS) its pro-hib...
Abstract. A connected graph has tree-depth at most k if it is a sub-graph of the closure of a rooted...
© 2020 The Author(s). We present a concept called the branch-depth of a connectivity function, that ...
Depth first search is a natural algorithmic technique for constructing a closed route that visits al...
We consider the following computational problem: Given a rooted tree and a ranking of its leaves, wh...
In this work I present recent scientific papers related to the concept of tree-depth: different cha...
AbstractIn their work on ‘Coxeter-like complexes’, Babson and Reiner introduced a simplicial complex...
DOI
Add to ORKG