We present a fast and conceptually very simple algorithm to find the decomposition of directed hypergraphs into prime hypergraphs (its so-called prime factors).
Aug 28, 2015 · In this contribution, we focus on the algorithmic aspects for determining the Cartesian prime factors of a finite, connected, directed ...
Aug 28, 2015 · In particular, we present a fast and conceptually very simple algorithm to find the decomposition of directed hypergraphs into prime hypergraphs ...
In this article we present the L2-section, a tool used to represent a hypergraph in terms of an “advanced graph” and results leading to first algorithm, ...
Missing: Fast | Show results with:Fast
Thus, our method additionally improves also the time complexity of PFD-algorithms designed for undirected hypergraphs that have time complexity O ( | E | | V | ...
In this paper, we give new properties and algorithms concerning coloring aspects of. Cartesian products of hypergraphs. We also extend a classical prime ...
Missing: Fast | Show results with:Fast
In this article we present the L2-section, a tool used to rep- resent a hypergraph in terms of an “advanced graph” and results leading to first algorithm, in O( ...
Missing: Fast | Show results with:Fast
In this article we present the L2-section, a tool used to represent a hypergraph in terms of an "advanced graph" and results leading to first algorithm, ...
Dec 5, 2024 · In this paper, we give new properties and algorithms concerning coloring aspects of Cartesian products of hypergraphs. We also extend a ...
First the algorithm applies a graph factorization algorithm to the 2-section of the hypergraph. Then the 2-section factorization is used to build the ...
Missing: Fast | Show results with:Fast