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Combined with the fast sweeping strategy, the resulting tree-based methods are highly efficient and accurate.
Numerical optimization-based methods are highly complex and may not guarantee identification of the global optimum.
We also show that delay-based detection methods are highly scalable.
Long Acting Reversible Contraception (LARC) methods are highly effective in reducing the incidence of unwanted pregnancy.
Thereby, new strategies to design fast diagnostic methods are highly required.
Efficient sludge dewatering methods are highly desired by municipal wastewater treatment plants.
The numerical examples indicate that the methods are highly attractive when the inner linear systems can efficiently be solved.
Multigrid methods are highly efficient solution techniques for large sparse structured linear systems which are positive definite and ill-conditioned.
Organophosphates (OPs) widely exist in ecosystem as toxic substances, for which sensitive and rapid analytical methods are highly requested.
Different techniques have been employed to produce chitosan nanoparticles; thus, suitable alternatives and easy-handling production methods are highly desired.
In some areas, numerical methods are highly developed, such as solving nonlinear equations, evaluating integrals, and solving differential equations.
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CEO of Professional Science Editing for Scientists @ prosciediting.com