Sentence examples for assignments that all from inspiring English sources

To calculate the benefit of the Group Account we first sum the assignments that all group members have made to the Group Account (i.e., we sum the assignments of players 1, 2, 3 and 4 to the Group Account).

This is a challenging assignment that requires all of us who work in this space to turn our attention to capacity-building in the field.

The problem then is to identify an assignment that satisfies all hard clauses while maximizing the total weight of the satisfied soft clauses.

The objective of the problem is to find an assignment that satisfies all hard clauses and satisfies the most number of non-hard (i.e. soft) clauses.

Note that the state t (v ′, w ) (λ ^ (v ′ ) ) is not necessarily same as the state λ ^ (w ), and S is the minimum among all assignments that may result in conflicts at the reticulate vertices.

When we distinguish between hard and soft clauses, and soft clauses have an associated weight, then the problem, called Weighted Partial MinSAT, consists in finding a truth assignment that satisfies all the hard clauses and minimizes the sum of weights of satisfied soft clauses.

While the particulars of the entries in Tables 3 and 5 for this image are analogous to those that were derived with the CrysTBox program, it was the option in the CRISP program that allowed for manual reciprocal basis vector assignment that made all the difference to arrive at qualitative correct results as listed in Tables 4 and 6.

The benefits of the SVM for protein-binding region annotation is demonstrated by the massive reduction in the number of false positive assignments that would be made by tagging all predicted disordered residues as protein binding (method 'DISOPRED3 no DPB SVM').

The probabilistic satisfiability (PSAT) problem is to determine whether it is possible to find a probability measure over truth assignments such that all assessments are satisfied [13].

OCSMACS achieves high energy efficiency by adopting a novel requests aggregation mechanism for adaptive slot assignments such that all requests generated by active nodes are aggregated in a very few small size packets.

The probabilistic satisfiability (PSAT) problem is to determine whether a given set of probabilistic assessments (a PSAT instance) can be satisfied in the sense that there is a probability measure over truth assignments such that all assessments are satisfied.