Sentence examples for formidable computational from inspiring English sources

Advocates say there's nothing intrinsically special about living matter that prevents it from being modelled; the brain, after all, processes inputs, delivers outputs and possesses memory – though, yes, with somewhere approaching 100 billion neurons in a human brain and more possible connections than there are atoms in the universe, that would be a formidable computational task.

The design and simulation of realistic nanotechnology systems presents formidable computational challenges.

In addition, it reduces the formidable computational complexity of the optimal solution to linear complexity with performance degradation of less than 0.3 dB.

The search for binary sequences with a high figure of merit, known as the low autocorrelation binary sequence (labs) problem, represents a formidable computational challenge.

Generalized linear mixed-effects models in the context of genome-wide association studies (GWAS) represent a formidable computational challenge: the solution of millions of correlated generalized least-squares problems, and the processing of terabytes of data.

However, with a large number of cities this conceptually simple approach presents formidable computational problems.

The processing of auditory scenes is a formidable and multicomponent computational problem, requiring deconvolution of a complex, dynamic sound mixture and accurate perceptual representation of auditory objects embedded in the scene (Griffiths and Warren, 2002; Goll et al., 2010).

However, because of the sparsity of the currently available data, learning such models de novo remains a formidable task, requiring computational strategies to efficiently prioritize experimental conditions that will best reveal the underlying model.

Although great effort has been put into the development of powerful tools for deriving the number K of founders of a population dataset, inferring that number is still a formidable statistical and computational problem.

As computers became faster it was possible to determine vertical cutoff rigidity values for cosmic ray stations and coarse world grids; however, the computational effort required was formidable for the computers of the 1960s.

Because each sea state entails a full dynamic analysis, the total computational effort can be formidable, particularly for time domain analysis.