Unless stated differently, we employ the same grid setup for each one of the following single star tests.
In this study we present an application of a sensitivity analysis to identify a set of important factors that are allowed to be calibrated in the grid setup of a prognostic meteorological model for laboratory-based simulations.
An interesting development in this sense would be the use of this scheme in a discontinuous Galerkin framework, whose superior scalability properties should decouple the performance of the ELH method from the grid setup.
At the same time, we remark that the exact speed-up that can be achieved with ELH depends also on external factors, such as the grid setup and number of ghost zones, which may vary for different applications.
This not only extends the range of previous algorithms and the use of new ones for these studies, but for spherical or cylindrical calculations it reduces the sensitivity of the results to grid setup with equal angular zoning that has heretofore been necessary with these problems.
We used StarCluster to automate grid setup on the EC2.
For a R × C grid, the setup server generates RC t-degree polynomials { f i c, i r ( x, y ) } i c = 0, 1, …, C - 1, i r = 0, 1, …, R - 1, and assigns f i c, i r ( x, y ) to cell C i c, i r.
This corresponds to a 0.56 Å × 0.56 Å × 0.57 Å grid spacing setup.
To achieve this goal, an HRU-based interface (ArcSWAT2012) and a grid-based setup (SWATgrid) of the Soil Water Assessment Tool (SWAT) model were applied to three headwater inland valley watersheds located in the commune of Djougou in central Benin that are characterized by different proportions of cultivated area.
In this article, the term tier either refers to a ring of transmitters in a grid-based setup or the specific part of a heterogeneous network, which is associated with a certain class of transmitters, such as macro-BS and small cell BSs, respectively.
