Sentence examples for set of constraining from inspiring English sources

We minimize our GA objective function (Eq. 2) iteratively to obtain the best set of constraining parameters of the meteor trajectory.

end{aligned} (34) Substituting system (34) along with the equation (32) into (B) and collecting the coefficient of the same power (varphi^{i}), we can obtain a set of constraining equations for (a_{i}) and (b_{i}).

Hence the solution of (B) can be written begin{aligned} &F ( xi ) = a_{0} + a_{1} G + a_{2} G^{2}, & H ( xi ) = b_{0} + b_{1} G.end{aligned} (28) Substituting system (28) along with equation (26) into (B) and collecting the coefficient of the same power (G^{i}) leads to a set of constraining equations for (a_{i}) and (b_{i}).

LP is a method of maximizing or minimizing a linear equation (called the objective function) subject to a set of constraining linear equations and inequalities.

Using the Unit Load Method, the necessary adjustments in a pre-determined set of constrains is computed to achieve exactly this distribution.

In many important design problems, some decisions should be made by finding the global optimum of a multiextremal objective function subject to a set of constrains.

This section derives the schedulability analysis of a set of constrained-deadline fork-join tasks onto a homogeneous multicore platform.

A task set with four tasks is used where one of the tasks is decomposed into a set of constrained-deadline sub-tasks.

This conceptual object was introduced in the literature [7] to suggest that the CR design problem, from the decision making perspective, is better defined by a set of constrains rather than by a set of degrees of freedom.

Decomposition-based techniques ([9,10,12]) traditionally convert tasks with density greater than one into a set of constrained-deadline sequential sub-tasks, each of which with density no greater than one.

Hypothesis testing was done by computing best trees and per site likelihoods with RAxML (mtRev+G+I) for a set of constrained trees.