Sentence examples for computation of problems from inspiring English sources
HPC is a well-known set of architectural solutions for speeding up the computation of problems that can be divided neatly into pieces.
This new method, called the reduced basis finite element heterogeneous multiscale method (RB-FE-HMM) is significantly more efficient than the FE-HMM for high order macroscopic discretizations and for three-dimensional problems, when the repeated computation of micro problems over the whole computational domain is expensive.
It is no longer believed that DNA computing will outperform digital computers when it comes to the computation of intractable problems.
In addition, it is found that the technique is a powerful tool for the computation of gelling problems.
From the analysis in this paper, the traditional Cond may mislead the stability analysis for practical computation of engineering problems.
Techniques such as projections and filtering allow the computation to proceed for greater distances up the branch, and parallelism allows the computation of larger problems.
It is then extended to the computation of interface problems separating fluids with different EOS (liquid gas interface for example) with the Euler equations.
A relation is found linking the node-pair finite element discretization to the finite volume scheme, opening the way to the use of standard finite volume stabilization techniques and high-resolution schemes in the computation of axisymmetric problems.
This model has the ability to treat multi-temperatures mixtures evolving with a single pressure and velocity and is particularly interesting for the computation of interface problems with compressible materials as well as wave propagation in heterogeneous mixtures.
Additional related problems from the domains of RNA folding and Context Free Grammars (CFGs) parsing fall under the VMT framework, and it is likely that D-discreteness can be exploited for accelerating the computation of more problems within this family.
This method reduces the amount of computation of this problem using the collocation nodes assigned to approximate solution.
