more appropriate substructures. Experiments in a variety of domains demonstrate Subdu...

of background knowledgeguides SUBDUE toward appropriate substructures for a particular domain or discovery goal, and the use of an inexact graph match allows a controlled amount of deviations in the instance of a substructure concept. We describe the application of SUBDUE to a variety of domains. We also

. This paper provides a unified approach for matrix characterizations for propositional substructural logics, whereby the focus is laid on a uniform representation of different validity concepts in matrices. Starting from a restricted validity concept for matrices called basic-validity, where a

“Symmetry is a complexity-reducing concept [...]; seek it everywhere.” Alan J. Perlis Many natural and man-made objects exhibit significant symmetries or contain repeated substructures. This paper presents a new algorithm that processes geometric models and efficiently discovers and extracts a

Abstract. Substructures coupling is still an important tool in several applications of modal analysis, especially structural modification and structures assembling. The subject is particularly relevant in virtual prototyping of complex systems and responds to actual industrial needs. This paper

modes of the two main substructures and an appropriate elastostatic lifting operator related to the linking substructure.

the connections between enzymes and substrates being known and appropriately stored in databases. Methodology. We have developed a database named ‘‘Biochemical Substructure Search Catalogue’ ’ (BiSSCat), which contains 489 functional groups,.200,000 compounds and.1,000,000 different computationally constructed

of the stream function-vorticity formulation and the decomposition approach from [GP79]. The multigrid methods of finite elements (FE) for the Stokes and Navier-Stokes equations have been considered, e.g. in [Wit89]. The main ingredient of our method is an appropriate factorization of the matrixvalued traction

Force (WATF) of the Agency Advisory Board (AAB). The NETOPS Team and its Sub-Structures were created on the basis of the attached document. The nomination for the Teams was also based on this agreement. RECOMMENDATIONS: The Members of the NETOPS Team are requested to: a. Note the agreed To

-frequency global structure modes, approximated in terms of substructure modes, and nearly resonant fluid modes. The second part includes the response of all substructure modes and all non-resonant fluid modes, up to appropriate cutoff frequencies.