Sentence examples for progression of grids from inspiring English sources
Furthermore, Mathis et al. (2012a) predicted that in one dimension a geometric progression of grids that is self-similar at each scale minimizes the asymptotic error in recovering an animal's location given a fixed number of neurons.
Our hypotheses, together with general assumptions about tuning curve shape and decoding mechanism, explain the triangular lattice structure of two-dimensional grid cell firing maps and predict a geometric progression of grid scales.
Recent analysis based on a larger data set (Stensola et al., 2012) confirms the geometric progression of the grid scales in individual animals over four modules.
The aims of this study are to (i) determine the patterns of progression in glaucomatous visual field defects, (ii) compare the detection rate of VFD progression of locally condensed grids with that of a conventional 6° × 6° grid and (iii) assess the individual frequency of test locations exhibiting a local event.
Reviewer #2: The paper by Wei et al. uses an optimality argument to explain the empirically observed geometric progression of the spacing of grid modules and the ratio of this geometric progression.
The delay from the detection of progression with condensed grids to that with the 6° × 6° grid varied from 0 to 41 months or from 0 to 5 visits.
Furthermore, after the first confirmation of progression, locally condensed grids detected progression in 91% of all the following 54 consecutive examinations.
Kaplan-Maier curves showing the time to detection of progression for both grids are shown in Fig. 4.
The progression of stimulated sites of the scalp grid followed a spiral sequence, that could be considered a relatively safe method to avoid sequential stimulation of an ordered and topographically organized cortical representation of the muscles.
Sampling of grids depended upon weather conditions, the purpose of the grid, and transitory human settlements.
