Sentence examples for computation for large from inspiring English sources

Thus, in the CARLSBAD database, additional heuristics based on common ring systems/scaffolds were applied to further reduce computational time and make feasible MCES computation for large libraries.

A case study of a hospital building with 28 facilities was employed to demonstrate that this model is rather efficient to solve the architectural layout problem, and it is amenable to fast computation for large layout problems.

EFM computation for large scale networks remains computationally intractable for exhaustive substrate cycle enumeration.

This article describes advances in statistical computation for large-scale data analysis in structured Bayesian mixture models via graphics processing unit (GPU) programming.

There are several versions of the Bayesian approach, which are different in many regards but all of them lead to time consuming computations for large data sets.

The algorithms underpin the feasibility of the computations for large systems and enable the calculation of the full distribution of first passage time.

It performs very fast computations for large networks by sending the network to a multiprocessor server.

Second, and more importantly, as the complete conditionals are available in closed forms, the Bayesian formation of the lasso substantially aids our Bayesian computations for large genomic datasets such as those considered here.

The computation results show that the proposed method is able to get optimal solutions for small scale problems and near optimal solutions within limited computation time for large scale problems.

This paper presents an accurate density computation approach for large dark matter simulations, based on a recently introduced phase-space tessellation technique and designed for massively parallel, heterogeneous cluster architectures.

Secondly, we report a second-order accurate geometric estimation of the curvature at the interface and, thirdly, the combination of the ghost fluid method with the fast pressure-correction approach enabling an accurate and fast computation even for large density contrasts.