Since we are interested in models that allow context dependence, we are interested in more general models anyway.
That's the point, of course, as Brown's well-placed juxtapositions of words and phrases and themes allow contexts to bleed together.
The fact that the type system does not allow context-free type instantiation and allow the derivation of a single type for an expression in a given typing context makes it look closer to a type inference algorithm.
The authors present a type system that does not allow context-free type instantiation and allows only a single type to be derived for an expression in a given typing context.
Ambiguity in the presence of context-dependent overloading is discussed, in the traditional way of allowing context-independent type instantiation and by characterizing ambiguity as a syntactic property of constrained types, by Jones [3] and by Stuckey and Sulzmann [4].
The type system does not allow context-free type instantiation and allows only a single type to be derived for an expression, in a given typing context, making it look closer and easier to be converted into a type inference algorithm.
The organism and tissue specific pattern of expression of the genes GNE and Slc17a5 during development was performed with Genevestigator (http://www.genevestigator.ethz.ch), a microarray database and analysis system allowing context-driven queries [24], [25].
The behavioural plasticity shown by winged Cardiocondyla males allows context-dependent choices that resemble the often complex decision-making about staying or leaving in foraging animals [16] and the opportunistic breeding tactics known from vertebrate species [1], [3].
This network provides a framework that allows context-dependent regulation of cell motility and angiogenesis.
One major strength of this method, compared with Y2H, is that it can be performed under more-physiological conditions, allowing context-dependent identification of interactions.
Overlapping or adjacent motifs can promote mutually exclusive, competitive interactions, allowing context-dependent assembly of functionally distinct complexes [ 86] (Fig. 2d).
