Sentence examples for fully computable from inspiring English sources

Table 2 shows the indicator results computed based on the DSCA dataset, as well as fully computable indicators and denominators based on the EMR data.

We believe this effort is an important first step towards the design of a fully computable, universally accepted chemical taxonomy and ontology.

We show how to control the dual norm of the residual augmented by a nonconformity evaluation term by fully computable estimators.

The key ingredients are fully computable a posteriori error estimates, bounding the dual norm of the residual supplemented by a nonconformity evaluation term.

To our knowledge, this is the only existing scheme for which the approximated phase fractions, phase densities and phase internal energies are proven to remain positive without any restrictive condition other than a classical fully computable CFL condition.

The work contains: details of the discretisation using non-uniform order mixed finite elements of arbitrarily high order; a new local post-processing scheme for the primary variable; the use of the post-processing scheme in the derivation of new, fully computable bounds for the error in the flux variable; and, an hp-adaptive refinement strategy based on the a posteriori error estimator.

In one of my home fields, international trade, there's fairly widespread use of "computable general equilibrium" models — fully internally consistent models about how prices and quantities fit together, with some parameters that are guesstimates based on the literature, and others that are tweaked so as to match actual trade flows in some base period.

Assuming the Church-Turing thesis, universal Turing machines can compute any function computable by algorithm.

In this paper, we describe a comprehensive, flexible, computable, chemical taxonomy along with a fully annotated chemical ontology (ChemOnt) and a Chemical Classification Dictionary.

Fundamental problems in computer science about what is computable by digital machines will change.

In summary, computational science involves working with computable scientific models, which are either constructed from first principles or more frequently as approximations to non-computable models.