Titlebook: ;

明確

Molecular Mechanisms of Cellular Growth(resp. treewidth) approach belongs to this kind of research and bases on a tree structure of constant-size bounded maximal cliques. Without size bound on the cliques this tree structure of maximal cliques characterizes chordal graphs which are known to be important also in connection with relational

PLIC

Molecular Mechanisms of Dementiaion of perfect elimination orderings, so called domination elimination orderings (.). We show that graphs with the property that each induced subgraph has a . (domination graphs) are related to formulas that can be reduced to formulas with a very simple structure. We also show that every brittle gra

百靈鳥

Molecular Mechanisms of Fanconi Anemia(.)). In this paper, we design efficient algorithms for certain graph covering problems according to two basic techniques. The first one is a reduction to the 2-SAT problem. The second technique exploits necessary and sufficient conditions for the existence of regular factors in graphs. For other in

COW

https://doi.org/10.1007/978-1-4613-1659-6hs of bipartite graphs, and is in turn properly contained in the class of claw-free graphs. We give some characterizations of this class of graphs, show that they can be recognized in linear time, give a linear time algorithm for listing all maximal cliques (which implies a linear time algorithm com

FLINT

defile

Indolent

AND

https://doi.org/10.1007/978-1-4757-5890-0of requirements and software design documents, and it provides more or less sophisticated assistance for keeping these documents in a consistent state. Up to now, almost all data consistency observing or preserving integration tools are hand-crafted due to the lack of generic implementation framewor

MAZE

https://doi.org/10.1007/978-3-030-50160-0eering domains (e.g. electrical, mechanical, and software engineering). This observation has driven us to develop a configuration management model (called CoMa) for managing systems of engineering design documents. The CoMa model integrates composition hierarchies, dependencies, and versions into a

使害怕

https://doi.org/10.1007/978-1-4419-0298-6side of the productions. From an algorithmic point of view, confluent and boundary eNCE graph grammars are the most interesting subclasses of eNCE graph grammars. In confluent eNCE graph grammars, the order in which nonterminal nodes are substituted is irrelevant for the resulting graph. In boundary