| Int. Conf. on Arti#cial Neural Networks ICANN'97. 1997, vol. 1327 of Lecture Notes in Computer Science, pp. 1163# 1168, Springer Verlag. |
....languages [9] 24] 23] have been proposed. However, to the best of our knowledge processing queries with multi directional functions in OODBMSs has not yet been addressed. Multi methods require generalized type resolution methods compared to the type resolution of pure object oriented methods [1][2] In the database context good query optimization is another important issue. Advanced applications, such as our FEA application, require domain dependent data representations of matrixes and an extensible object relational query optimizer [33] to process queries over these representations. ....
....a tuple of objects and applies the subscripted function (here GaussDecomposition) to get the result. Multi directional functions enhance the expressive power of the data model but the query processor must include algorithms for type resolution of multi methods [2] and for handling ambiguities [1]. 3.3 Function Overloading and Late Binding In the object oriented data model [3] types are organized in a hierarchy with inheritance where subtypes inherit properties from their supertypes. Overloading is a feature which lets the same name denote several variants. For function names such ....
st Int. Conf. on Applications of Databases, ADB94, Lecture Notes in Computer Science,
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Int. Conf. on Arti#cial Neural Networks ICANN'97. 1997, vol. 1327 of Lecture Notes in Computer Science, pp. 1163# 1168, Springer Verlag.
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Int'l Conf. on Functional Programming and Computer Architecture, Nancy, Lecture Notes in Computer Science 201 (Jouannaud, J.-P., ed.) pp. 1--16, Berlin. Springer-Verlag. Weisbuch, G. & Oprea, M. (1994). Capacity of a model immune network. Bull. Math. Biol. 56, 899--921.
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