Cartesian product

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  • noun

Synonyms for Cartesian product

the set of elements common to two or more sets

Related Words

References in periodicals archive ?
The Cartesian product of G and H is a graph, denoted by G [?
Other names for the direct product that have appeared in the literature are tensor product, Kronecker product, cardinal product, relational product, cross product, conjunction, weak direct product, Cartesian product, product, or categorical product.
We first give the definition of cartesian product of fuzzy SU-ideals and cartesian product of anti fuzzy SU-ideals on SU-algebra and provide some its properties.
The Cartesian product [mu] x [beta] : X x X [right arrow] [0, 1] is define by ([mu] x [beta])(x, y) = min{[mu](x), [beta](y)} for all x, y [member of] X.
The difference is that the complex pattern is a Cartesian product of three sets instead of two, which can be formalized as: R [subset or equal to] X x Y x Z.
Higraphs are diagrams that provide a powerful and concise way of visualizing set-theoretical formalisms, extended with the ability to visualize the Cartesian product of sets and the relationships between sets.
Thus a relation is a subset of a Cartesian product of sets (value domains).
For students who have taken introductory courses in graph theory and algebra, Imrich (Montanuniversitat Leoben, Austria) and other experts in the field introduce the Cartesian product (the product set containing all possible combinations of one element from each set).
From now on, we always use this version of the cartesian product with a derivative of one of the [H.
Another possible extension is to functions bandlimited to the Cartesian product of two (or more) balls.
For instance, the children of the cartesian product are tagged as 1.
In here we focus only on the parallel execution of the Cartesian Product part of the Join operation.
Chapters cover Cartesian products, more classical products such as Hamiltonian graphs, invariants, Algebra and other topics.
Cartesian products meet the needs of scientists in the pharmaceutical, biotech, and life science research markets, helping to automate and increase the process efficiencies in areas such as high-throughput screening, DNA microarray production and combinatorial chemistry.
Cartesian products based on this technology are experiencing rapid sales growth in the high throughput screening, functional genomic and combinatorial chemistry markets.