In order to assess its validity, the three-dimensional distribution is used to evaluate, by an approximate procedure, the size probability distribution of the two-dimensional voids appearing in an arbitrary section of the bed.
After 3 weeks of the first procedure, the size of the lesion decreased to 2 × 1.5 × 0.3 cm.
Upon application of the above-mentioned procedure, the size of the data set was reduced from 471070 to 405 for the range offset data.
The results are not a simple effect of firing rate normalization owing to our binning procedure: the size distributions are heavy-tailed, in the sense that large avalanches occur more frequently than would be observed for spike trains with identical mean firing rates but uncorrelated (see surrogated data in Figs. 3a, S3 and S4).
Before each PET imaging procedure, the size of the tumours was measured with callipers.
In the high-incentive condition (large-food and large-food conditions in the procedure), the size of the ball was increased (10 mm in diameter).
After the procedure, the size of the capsulotomy was measured in x- y coordinates under a slit-lamp with accuracy better than 200 μm (e.g., see Figure 2, middle image).
Although during the pre-training procedure the size of the square and triangle undergo some changes in size [146], because of the nature of the two-alternative forced-choice task (see discussion in Section 3.3.1), such size variations were simultaneously applied to both the discriminanda, thus preserving their relative brightness in the lower hemifield.
Using this procedure the sizes and intensities are determined for a set of pressure records obtained in recent experiments with spark-generated bubbles.
Upon application of the above-mentioned procedure, the sizes of interferogram data sets were reduced from ~5.3 million to 1948.
