Sentence examples for between the mean path from inspiring English sources

The negative trend to significance correlation between the mean path length and the GDS (rs = −0.38; P = 0.055) would be in agreement with other studies over patients diagnosed with major depressive disorder.

We found statistical significant correlations between the mean path length and the following tests: scoring in the Semantic Fluency test (rs = 0.454; P = 0.023), scoring in the Phonetic Fluency test (rs = 0.523; P = 0.007), and scoring in the MMSE (rs = 0.528; P = 0.007).

The standard deviation determined in [18] for suburban environment is about the same as the value obtained with model 2. To investigate the correctness of the models, the cumulative distribution function (CDF), that is, of the difference between the experimental data and the mean path loss model is analyzed.

Fiber tracking was performed with an algorithm capable of resolving two main fiber populations within a voxel [Behrens et al., 2007], and the number of tractography samples reaching each target voxel was corrected by the mean path length between seed and target, as in previous studies [Beckmann et al., 2009; Eickhoff et al., 2010; Tomassini et al., 2007].

Fig. 4 The local mean path loss includes the mean path loss and the shadow fading.

I also calculated the mean path length every 30 minutes.

The mean path was then constructed iteratively as follows.

The normalized path length λ was computed as the ratio between L and the mean shortest path length L random of a set of random networks (1000 networks, randomizing the connections of the original network, keeping the degree sequence intact (Maslov and Sneppen 2002 )).

The normalized path length λ was computed as the ratio between L and the mean shortest path length Lrandom of a set of random networks (1000 networks, randomizing the connections of the original network, keeping the degree sequence intact (Maslov and Sneppen 2002)).

The distance covered in a random walk is the average distance traveled between collisions (known as the mean free path) multiplied by the square root of the number of steps, in which a step is an interval between successive collisions.

The average distance traveled between interactions is called the mean free path and in solid materials ranges from a few millimetres for low-energy X rays through tens of centimetres for high-energy gamma rays.