Sentence examples for for faster computations from inspiring English sources

For faster computations we start with a more limited number.

The pre-computation phase loads PLINK binary format data files, reformats the data for faster computations and reduces the number of conditions to check in the core phase.

Crucially, theta and gamma are themselves coupled (e.g. Sirota et al., 2008), where slower theta oscillations may provide a temporal frame of reference for faster computations mediated at gamma frequencies.

The PCT can also be implemented using the same coefficients for faster computation.

Second, since numerous disaggregated regressions are estimated, the logit model allows for faster computation and easier implementation.

They propose a signal model that allows multiple stages of noninteractive computations in the encrypted domain, and a packing approach to group a number of pixels together in a single encrypted word for faster computation.

Note that the localization error E ( ∥ x − x ̂ Q ∥ 2 ) is obtained by using the maximum a posteriori (MAP -based algorithMAP -based in[22] for falgorithmproposed and averaged over 100 confin[22]ions.

The proposed DSORCGA differs from the conventional RCGA in terms of the reproduction operator and the crossover operator, and is used to optimize free parameters of LSSVM for faster computation speed and higher predictive accuracy.

For example, building a decentralized data marketplace could require a a number of Developer Tools subcategories such as Ethereum for smart contracts, Truebit for faster computation, NuCypherfor proxy re-encryption,ZeppelinOS for security, and Mattereum for legal contract execution to ensure protection in the case of a dispute.

These pre-defined parallelepipeds, which represent an object class, are modelled with three dimensions w, l and h described by a Gaussian distribution (representing the probability of different 3D dimension sizes for a given object), together with a minimal and maximal value for each dimension, for faster computation.

This paper presents a methodology for studying ground vibration in which the railway track is modelled in the space-time domain using the finite element method (FEM) and, for faster computation, discretisation of the ground using either FEM or the boundary element method (BEM) is avoided by modelling it in the wavenumber-frequency domain.