The predictor remains local taking into account the time evolution of the data only within the grid cell.
Ions within the grid cell are, however, subject to gyromo-tion caused by the Lorentz force (Eq. (1)) within a grid cell, also in the situation where the grid size is larger than the ion gyroradius.
Thus, the energy consumption within the grid cell was unbalanced, and the first sensor node that ran out of energy appeared soon.
In this analogy, the image corresponds to a paragraph of text, the grid cell to a word, the features within the grid cell to word properties, and the probability of fixating a cell to the probability of fixating a word.
The location of the grid cells within the study area also affected the results slightly.
In each simulation, we randomly scrambled the grid cells within the pericentral map before performing step 2. We took the 95th percentile of the resulting distribution of 1000 simulated symmetry scores as the threshold for declaring a true symmetry score obtained from that experiment significant.
The two researchers, working at the Norwegian University of Science and Technology in Trondheim, found that these locations formed a hexagonal grid, with each "grid cell" within the entorhinal cortex reacting in a unique spatial pattern – collectively the grid cells form a coordinated system that allowed spatial navigation through a complex maze.
Group home-ranges are implemented within regular grid cells, and the obtained results would not change if the grid cells were replaced by irregular shaped home-ranges of a given mean-size.
In the special case where the grid cells have independent noise g (d ) ∝ d, so that σ i / l i ∝ 1 / d —that is, the precision increases as the inverse square root of the cell density, as expected because the relevant parameter is the number of cells within one grid field rather than the total number of cells.
Within each grid cell, we took the average phase delay value of all functional voxels within the bin; if none, the grid cell was considered not "active".
