Two different scenarios of describing the hydraulic behavior of the permeable pavement system were analyzed: the first one uses a single-porosity model for all layers of the permeable pavement; the second one uses a dual-porosity model for the base and sub-base layers.
The first one analyzes the execution time of a process running on a single processor without resource sharing, and the second one analyzes the effects of resource sharing on one or multiple processors.
One of them should be analyzed using a BA fiber, and the second one using a MA/MMA fiber.
With the first method, we are able to localize microscopic details in the analyzed brain sections, while the second one provides information concerning their chemical compositions [ 13, 14].
In constant comparison, the analyst selects 2 data points (here, HCP-patient/caregiver conversations) and analyzes first one side and then the other, for conversational dynamics, lexicon, emergent themes, and essential meanings.
This information is completed with a graph that shows the weekly influenza incidence rates during the current and the previous season, indicating that in the analyzed week (the fourth one of the current 2008 2009 season) the posterior probability of being in an epidemic phase is lower than 0.5.
The second one analyzes the behaviour of closed-loop controlled systems to establish a classification of the system operational states, starting from the measured data.
We can specify two groups of models: the first one in order to determine the relationship between top 1, top 2 and top 3 ownership concentration variables and export intensity; the second one analyzes the moderator role of export country diversification in the previous relationship.
The reliability and availability performance of such systems must be therefore analyzed on both perspectives; the first one centered on the end user possibility to rely on a device every time it is needed and the second one aiming at a constant product performance improvement.
In each room, two cones were collected; the first one was analyzed by culturing and microscopic visualization, the second one by qPCR for the detection of A. versicolor.
Although the dataset is continuing to grow, this study analyzes the first one-third of the data: the <0.8-µm size fractions from 44 marine-surface stations of a transect of the Northern Atlantic through the Gulf of Mexico and into the equatorial Pacific.
