Add to ORKGAn algorithm to enumerate all the elementary circuits of a directed graph is presented. The algorithm uses back-tracking with lookahead to avoid unnecessary work, and it has a time bound of $O ((V+E)(C+1))$ when applied to a graph with $V$ vertices, $E$ edges, and $C$ elementary circuits. Keywords: Algorithm, circuit, cycle, grap
Abstract. Let G = (V, A) be an Eulerian directed graph with an arclabeling. In this work we study th...
Let G = (V, A) be an Eulerian directed graph with an arc-labeling. In this work we study the problem...
We present an O (NV + V<sup>3</sup>) time algorithm for enumerating all spanning trees of a directed...
to A theoretically most efficient search algorithm is presented which uses an exhaustive search to f...
International audienceCircuits in a graph are interesting structures and identifying them is of an i...
June 1982Also issued as an M.S. thesis, Dept. of Aeronautics and Astronautics, 1982Includes bibliogr...
The cycle space of a strongly connected graph has a basis consisting of directed circuits. The conce...
International audienceWe describe a general purpose algorithm for counting simple cycles and simple ...
The cycle space of a strongly connected graph has a basis consisting of directed circuits. The conce...
The cycle space of a strongly connected graph has a basis consisting of directed circuits. The conc...
International audienceWe refine the complexity landscape for enumeration problems by introducing ver...
We present an O.NV CV3/ time algorithm for enumerating all spanning trees of a directed graph.This i...
An Eulerian circuit in a directed graph is one of the most fundamental Graph Theory notions. Detecti...
Although a mathematical formula for counting the number of Eulerian circles in a directed graph is a...
We show that the problem of counting the number of Eulerian circuits in an undirected graph is compl...
Abstract. Let G = (V, A) be an Eulerian directed graph with an arclabeling. In this work we study th...
Let G = (V, A) be an Eulerian directed graph with an arc-labeling. In this work we study the problem...
We present an O (NV + V<sup>3</sup>) time algorithm for enumerating all spanning trees of a directed...
to A theoretically most efficient search algorithm is presented which uses an exhaustive search to f...
International audienceCircuits in a graph are interesting structures and identifying them is of an i...
June 1982Also issued as an M.S. thesis, Dept. of Aeronautics and Astronautics, 1982Includes bibliogr...
The cycle space of a strongly connected graph has a basis consisting of directed circuits. The conce...
International audienceWe describe a general purpose algorithm for counting simple cycles and simple ...
The cycle space of a strongly connected graph has a basis consisting of directed circuits. The conce...
The cycle space of a strongly connected graph has a basis consisting of directed circuits. The conc...
International audienceWe refine the complexity landscape for enumeration problems by introducing ver...
We present an O.NV CV3/ time algorithm for enumerating all spanning trees of a directed graph.This i...
An Eulerian circuit in a directed graph is one of the most fundamental Graph Theory notions. Detecti...
Although a mathematical formula for counting the number of Eulerian circles in a directed graph is a...
We show that the problem of counting the number of Eulerian circuits in an undirected graph is compl...
Abstract. Let G = (V, A) be an Eulerian directed graph with an arclabeling. In this work we study th...
Let G = (V, A) be an Eulerian directed graph with an arc-labeling. In this work we study the problem...
We present an O (NV + V<sup>3</sup>) time algorithm for enumerating all spanning trees of a directed...