Sentence examples for methodologies for efficiently from inspiring English sources

Other database management systems for genotype/phenotype data, such as the GDPDM schema (19), should have similar performance issues, thus MOD users and developers will have to set methodologies for efficiently storing SNP and next-generation sequencing data (32), since all raw data should probably not be stored as-is in the database.

The increasing prevalence and success of organo-fluorines have instigated enormous efforts over the past decades in developing methodologies for efficiently introducing fluorine into organic molecules, however the unique properties of fluorine make these chemical incorporations challenging, usually needing harsh synthetic conditions and giving rise to moderate chemo- or stereo- selectivity.

The focus of this paper is to present a methodology for efficiently integrating dynamic production data into reservoir models.

The system philosophy and methodology for efficiently reducing system structural and behavioral complexities have been formally explained in system representation, modeling, analysis, synthesis, and inference.

So, special attention is given to the determination of the potential of the present control methodology for efficiently limiting extreme state responses and preventing the snap-through buckling.

A new methodology for efficiently modeling, updating, and optimizing large waterflooding operations is presented that bases the ensemble closed-loop production optimization (EnOpt) upon the capacitance resistive model (CRM) as the underlying dynamical system.

Results are presented and discussed for the application of the methodology to a realistic case and demonstrate the ability of the proposed methodology for efficiently handling the determination of the best location of the distributed generation and their corresponding distribution networks.

The aim of this work is to provide human molecular geneticists with a tool to evaluate the best UHTS methodology for efficiently detecting DNA changes, from common SNPs to rare mutations.

In particular, we propose a general methodology for efficiently estimating the gradients using reversible jump Markov chain Monte Carlo (RJMCMC).

We present a methodology for computing efficiently scattered fields in a frequency band.

A robust methodology is presented for efficiently solving partial differential equations using Chebyshev spectral techniques.