Sentence examples for models of direction from inspiring English sources

Existing models of direction relations are mainly designed to handle crisp regions.

Current models of direction relations are not designed to describe direction information inside the Minimum Bounding Rectangle (MBR) of a reference region.

These results indicate that current models of direction-selectivity in the SBACs are inadequate, and suggest that voltage-gated excitatory channels, specifically tetrodotoxin-resistant sodium channels, are important elements in directional signaling.

To resolve this problem, a new model of direction relations, namely interior boundary direction relations, is proposed in this study to describe direction concepts relative to the interior or boundary of a region, such as "east part of a region", "west border of a region", "a line goes through east part of a region", and etc.

Two different models of extension direction (E W to ESE WNW and NW SE) have been proposed.

Other models of SBAC direction selectivity have focused on the observation that SBAC dendrites are thin and electrotonically distant [23], [24], [25], [38], which could allow for an asymmetrical activation of voltage-gated conductances.

A novel algorithm is presented based on sparse multiple measurement vector (MMV) model for direction of arrival (DOA) estimation of far-field narrowband sources.

Two substantial extensions are represented by the introduction in the model of head direction information, through the assignment of preferred directions to mEC units, and by the presence of recurrent connections in the mEC layer beside the feed-forward set between the two layers (Si et al., 2012).

A numerical model of the cascade with constant direction of material flow is tested, a model of changes of direction flow and a relaxation model.

Obviously the volumes are still small at the moment, but with the government investing £500m in supporting the EV market and auto makers unveiling an even wider range of models, the direction of travel is increasingly clear.

We investigated this in a model of retinal direction selective ganglion cell, where temporal delay between excitation and inhibition is thought to underlie its computation of the direction of light movement across the retina.