On the generation of minimal graph extensions by the method of canonical representatives
A graph G* is a k-vertex (edge) extension of a graph G if every graph obtained by removing any k vertices (edges) from G* contains G. A k-vertex (edge) extension G* of graph G is said to be minimal if it contains minimum possible vertices and has the minimum number of edges among all k-vertex (edge) extension of graph G. The paper proposes an algorithm for generating all non-isomorphic minimal vertex (edge) k-extensions of a given graph with isomorphism rejection technique by using method of generating canonical representatives.
Keywords
отказоустойчивость, расширение графа, изоморфизм, канонический код, метод канонических представителей, fault tolerance, graph extension, isomorphism, canonical code, generating canonical representativesAuthors
| Name | Organization | |
| Kamil I.A.K. | Saratov State University | kamil.iehab@mail.ru |
| Sudani H.H.K. | Saratov State University | hayder.1977@mail.ru |
| Lobov A. A. | Saratov State University | aisanekai@mail.ru |
| Abrosimov M.B. | Saratov State University | mic@rambler.ru |
References
On the generation of minimal graph extensions by the method of canonical representatives | Applied Discrete Mathematics. Supplement. 2019. № 12. DOI: 10.17223/2226308X/12/50