| G. Valiente and C. Mart inez. An algorithm for graph pattern-matching. In Proceedings of the Fourth South American Workshop on String Processing, pages 180-- 197. Carleton University Press, 1997. 54 |
....each message in an actor configuration determines a subgraph to be rewritten, the pattern matching needed for the production applications is trivial, and the concurrent interpretation can in principle be 12 very fast. A different group of researchers related to the Bremen group presented in [VM97] an algorithm for graph matching. It reduces the problem of finding a homomorphic image of a pattern graph in a target graph to that of finding homomorphic images of every connected component of the pattern in the target. For every connected component, the algorithm performs a combinatorial search ....
Gabriel Valiente and Conrado Mart'inez. An algorithm for graph pattern-matching. In Proc. 4th South American Workshop on String Processing, volume 8 of International Informatics Series, pages 180--197. Carleton University Press, 1997.
....l : K # L and m : L # G and a pushout (H, m # : R # H, r # : D # H) of r : K # R and d : K # D. 2 Graph Matching Grammatica includes a simple graph matching algorithm, which essentially consists of enumerating the leaves of a search tree and testing them for graph homomorphism; cf. [10]. A graph homomorphism m : L # G from a graph L with n nodes to a graph G with m nodes is represented by a Boolean n m matrix having exactly one true (one) in each row. A random leaf of the search tree is generated by finding the n base integer digits in (n to the power of) each m base integer ....
G. Valiente and C. Martnez. An algorithm for graph pattern-matching. In Proc. 4th South American Workshop on String Processing, volume 8 of International Informatics Series, pages 180--197. Carleton University Press, 1997.
....an isomorphic image of a given graph, called the pattern, in another graph, called the target. The name of this problem comes from the image of the pattern being then a subgraph of the target. Graph homomorphisms are structure preserving relations over the relations associated to the graphs [17, 22, 23]. In particular, a structure preserving relation between the sets of vertices of two graphs is a subgraph isomorphism if it is injective. Let I denote the identity relation. Definition 2. A relation # # V # V is an isomorphism of a graph G # = V # , E # ) into a graph G = V, E) if # T # ....
G. Valiente and C. Martnez. An algorithm for graph pattern-matching. In Proc. 4th South American Workshop on String Processing, volume 8 of Int. Informatics Series, pages 180--197. Carleton University Press, 1997.
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G. Valiente and C. Mart inez. An algorithm for graph pattern-matching. In Proceedings of the Fourth South American Workshop on String Processing, pages 180-- 197. Carleton University Press, 1997. 54
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Martnez, C. and Valiente, G. An Algorithm for Graph Pattern-Matching. In Proc. Fourth South American Workshop on String Processing, volume 8 of International Informatics Series, Carleton University Press (1997), pp. 180-197.
No context found.
Gabriel Valiente and Conrado Martnez. An algorithm for graph pattern-matching. In Proc. 4th South American Workshop on String Processing, volume 8 of International Informatics Series, pages 180-197. Carleton University Press, 1997. 97
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