301 |
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302 |
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303 |
The RDF structure (`Lassila and Swick 1999`_) is, for our purposes, |
The RDF structure (`Lassila and Swick 1999`_) is, for our purposes, |
304 |
a 3-hypergraph. By interpreting the hyperedge components |
a set of triples *(a,b,c)* with *a* and *b* ranging over the "atoms" |
305 |
(as is usual) as subject, predicate, and object, the orthogonal |
of the structure and *c* ranging over the atoms and *literals* (explicit |
306 |
components are obtained by using different predicates (as dimensions) |
values such as strings or numbers). |
307 |
in different applitudes. XXX |
By interpreting the components of the triple |
308 |
|
(as is usual) as subject, predicate, and object, the structure |
309 |
|
can be divided to orthogonal |
310 |
|
components for the different applitudes |
311 |
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by using non-overlapping sets of predicates and objects |
312 |
|
in different applitudes. |
313 |
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|
314 |
Visualizations of RDF are generally a two-dimensional |
Visualizations of RDF are generally a two-dimensional |
315 |
layout of a whole graph, as if drawn on a sheet of paper. |
layout of a whole graph, as if drawn on a sheet of paper. |