Sentence examples for core constraint from inspiring English sources

An ACL profile is composed of a core constraint language, which is shared with the other profiles, and a MOF architecture metamodel.

For some families, including Macro and PDZ, all members benefited from the core constraint.

The core constraint may be incorporated into other alignment algorithms as well.

The clear shortcoming of the core constraint is that at some level of divergence, core regions cannot be aligned correctly without insertions or deletions, hence methods without the core constraint are more suited to remote homolog recognition and alignment.

Constructing high-quality alignments between well-defined core regions, in contrast, benefits tremendously from the core constraint.

The core constraint exploits relationships between profile columns, prohibiting insertions or deletions within blocks, rather than pursuing improvements through refinement of the column scoring function.

Since there can only be one hole or doublon on each site these quasi-particles must obey the hard-core constraint, which can again be expressed with on-site anti-commutation relations.

The optimization method features: (1) employing the block coordinate descent method to find the optimal solution in the space of enrichment difference parameters, (2) using scoping libraries to reduce the amount of CASMO-4 calculation, and (3) integrating a core critical constraint into the objective function that is used to quantify the quality of an axial enrichment design.

The application of the method to a 4-segment fuel design (with the highest allowable segment enrichment relaxed to 5%) demonstrated that the method can obtain an axial enrichment design with improved thermal limit ratios and objective function value while satisfying the core design constraints and core critical requirement through the use of an objective function.

The existence of a solid inner core places constraints on the volatile content of the core and an upper limit to the concentration can be derived depending on the radioactive heat source density in the mantle, the thermal history, the nature of the volatiles, and the details of the melting relations.

The structure was further refined by discrete molecular dynamics [44] adding base pairing, harmonic constraints around core elements, and constraints for long-range tertiary interactions.