Sentence examples for a computational basis for from inspiring English sources

It is concluded that the proposed approach lays a computational basis for further exploration of fracture analysis in jointed slab-on-grade systems.

To this body of data, we present a computational basis for postulating three additional diversification mechanisms; i) gene and segmental duplications driven by sequence similarities among the genes and the flanking microsatellites, ii) ectopic duplication, and iii) gene conversion promoted by coding region sequence similarities with strand exchange blocked by flanking microsatellites.

While the mathematical programming approach benefits from a degree of richness in features and a sense of computational optimization, one limitation is that the candidate locations to be evaluated must be specified, often without any computational basis for them.

These results lay a computational basis and a counterpart experimental proof of concept for future personalized metabolic modeling applications, enhancing the search for novel selective anticancer therapies.

Two orthogonal qubits constitute a computational basis.

The importance of this approach is that it provides a linguistic and computational basis for the use of context-free grammars by using comparative terms.

Our results provide a semantic and computational basis for developing systems that incorporate new information into action domain descriptions in an action language, in the presence of additional constraints.

The public consortium laid much of the technical and computational basis for decoding the human genome, and made its DNA sequences freely available to researchers in public databases It intends by the end of June to complete a "rough draft" of the human genome, a set of DNA fragments that will contain about 90percentt of all human genes.

The study in this paper provides computational basis for further studies on osteophyte formation, osteoporosis, osteoarthritis, bone growth and even bone evolution, etc.

Time delay estimators, such as normalized cross correlation and phase shift estimation, form the computational basis for ARFI imaging.

The selected states that we choose to form the computational basis for the qubit are the energies (E j ): E1/2 = .2492 eV and E−1/2 = .2551 eV (and the corresponding radial probability distributions is shown in Figure 2a).