Sentence examples for generalized meaning from inspiring English sources

We can understand ((tau_{0})) in a generalized meaning entailing that limsup_{hto+infty}tau(h)=+inftyquadhbox{or} quadliminf _{hto+infty}tau(h)=+infty.

Recently, Ibragimov [17] has introduced the concept of nonlinear self-adjointness, which includes the previous two concepts as particular cases and extends the self-adjointness to the most generalized meaning.

The most complex cognitive domain, Strategic Reasoning, that is, ability to synthesize generalized meanings from lengthy textual input, and a measure of Executive Function, Similarities, that is, ability to abstract concepts showed a significant monotonic increase from T1 to T3 (P = 0.002 and P = 0.05, respectively).

These are very generalized meanings and may not accurately reflect the meanings that you attach to particular trees.

Treating the space clos ( X ) in pair with the Hausdorff metric dist (called, in this case, the generalized Hausdorff metric, meaning it may equal infinity) does not lead to substantial results if, for instance, the corresponding maps have images that are infinitely distant from each other (such maps, obviously, are not continuous, and the classical methods of analysis are not applicable here).

Cambodia is one of the few countries in the world that has reversed HIV epidemic from being generalized to concentrated, meaning that it is now confined mainly to individuals who engage in high-risk behaviors [ 1].

Sometimes formulations appear below with the phrase "(generalized) consequence relation", meaning that the claim being made or considered applies both in the case of consequence relations and in the case of generalized consequence relations.

Some critics argue that the semantic values generated by generalized 2D semantics are too unstable to provide plausible conditions for semantic competence with a meaning or a concept.

Thus the unintuitive parameters in the algebraic definition of generalized Bernstein polynomials get geometric meaning.

In Part 3, we deal with Nichols algebras of: matrices (mathfrak {q}) of modular type, meaning that the generalized root system coincides with that of a finite-dimensional contragredient Lie algebra in characteristic (>0) (no a priori characterization is available); Cartan type is excluded.

In Sect. 5 we deal with the matrices (mathfrak {q}) of super type, meaning that the generalized root system coincides with that of a finite-dimensional contragredient Lie superalgebra in characteristic 0 (no a priori characterization is available); Cartan type is excluded.