diakoptics


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diakoptics

[‚dī·ə′käp·tiks]
(mathematics)
A piecewise approach to the solution of large-scale interconnected systems, in which the large system is first broken up into several small pieces or subdivisions, the subdivisions are solved separately, and finally the effect of interconnection is determined and added to each subdivision to yield the complete solution of the system.
References in periodicals archive ?
Arnold, "Stable FDTD on disjoint domains--A discrete Green's function diakoptics approach," Proc.
Among them are interval analysis, quantization, rough-set theory, diakoptics, divide and conquer, Dempster-Shafer theory, machine learning from examples, chunking, qualitative process theory, qualitative reasoning, decision trees, semantic networks, analog-to-digital conversion, constraint programming, Prolog, and cluster analysis.
TU4D-6: Diakoptics Using Finite Element Analysis K.