Sentence examples for parallel methods to from inspiring English sources

Two concepts of parallel methods to solve stiff ODEs systems are investigated in the chapter.

As ever more protease sequences are uncovered through genome sequencing projects, efficient parallel methods to discover the potential substrates of these proteases becomes crucial.

Although they proceed from varying theoretical foundations, including different interpretations of psychoanalytic theory, Luce Irigaray's notion of writing the body and Julia Kristeva's positing of modes of semiotic expression that escape patriarchal symbolic discourse, propose parallel methods to distinguish creativity distinct from androcentric styles.

Although numerous studies have used series or parallel methods to construct hybrid models and confirm that combining different models reduces forecasting error and offer more accurate results, they remain vague on the precise combination that produces a more accurate hybrid model.

Robust, highly parallel methods to generate peptide mixtures from urine and other body fluids are critical to increase cost-effectiveness in clinical proteomics projects.

Since estrogens have a crucial role in breast cancer initiation, proliferation, and metastasis [ 16], AIs and parallel methods to eliminate endogenous estrogen may offer a potent strategy for breast cancer treatment and prevention.

We have also extended the efficient parallel method to locally twisted cubes.

We also developed a parallel method to determine wolf presence periods in very close proximity to cattle.

After that, two parallels methods to immobilize the lipase from Thermomyces lanuginosus (TLL) were performed: the first one by ionic exchange and the second one by covalent attachment after the functionalization of the support with glutaraldehyde (GA).

In contrast, paper citations can imply a much broader range of relations, for instance, direct reliance on the previous work, to show correspondence with previous results, to negatively point out flaws in the cited paper, and parallel methods applied to a different subject.

We address this need by developing an integrated parallel finite-element analysis tool for gradient-based design optimization that is designed to use specialized parallel solution methods to solve large-scale high-fidelity structural optimization problems with thousands of design variables, millions of state variables, and hundreds of load cases.