Sentence examples for in order to compute solutions from inspiring English sources

We introduce a single patch collocation method in order to compute solutions of initial value problems of partial differential equations whose spatial domains are 3-spheres.

In order to compute solutions of Richard's equation, one can use numerical homogenization or multiscale methods that use two-grid procedures: a fine-grid that resolves the heterogeneities and a coarse grid where computations are done.

In order to compute approximate solutions of the GMEPP, we propose a new iterative algorithm which includes as a special case the iterative algorithm considered by Xia and Huang [14].

Finally, in order to compute the solution of ((mathcal {P}_{S})), we use the continuation parameter λ 3 to pass from ((mathcal {P}_{R})) to ((mathcal {P}_{S})).

We now use the weighted sum scalarization method to reduce an uncertain multiobjective linear programming problem to a single objective uncertain linear programming problem in order to compute robust efficient solutions by computing robust optimal solutions for the uncertain single objective linear programming problem.

The consistency relations are derived in order to compute the approximate solutions of FBVPs.

So far, in order to compute numerically the solutions of ((mathcal {P}_{S})), we have implemented two approaches.

In order to compute the numeric solution, we employ a queueing model to analyse our policy.

Furthermore, due to large mesh distortions, remeshing techniques are used in order to compute an accurate solution.

We finally illustrate the use of this approximation scheme in order to compute numerically the solution u of (1) for the same choice of the parameters a and b as the one considered in [1].

Given a non-self mapping from A to B, where A and B are subsets of a metric space, in order to compute an optimal approximate solution of the equation S x = x, a best proximity point theorem probes into the global minimization of the error function x ⟶ d ( x, S x ) corresponding to approximate solutions of the equation S x = x.