The existence of a structure was assessed using STRUCTURE 2.3.3 software, based on Bayesian model-based cluster analysis.
The products are grouped into two categories: The CAT-2 products, with mature and strongly automatized algorithms creating Level 2 products with small delays, and, the CAT-1 software based on mature and accepted algorithms that require scientific supervision.
Figure 2 Software based model of a simulator.
In [66, 67] software based adaptive relaying implementations for transmission line protection were discussed.
The size and arrangement of microsemispheres are simulated using Lighttools7.0 software based on a Monte Carlo ray tracing.
The optimum formulation offered by the Design Expert 8.0.3 software based on desirability was found at 0.43, −0.68, and 0.27 level of X1, X2, and X3 respectively.
The phylogenetic tree was constructed by the neighbor-joining method with MEGA 7 software based on the tests with 1000 bootstrap replicates (Kumar et al. 2016).
After the selection of differentially expressed genes, a cluster tree was constructed by Cluster 3.0 software based on the number of genes expressed in different hybrids.
The APSS™ 2.3 software based on the finite difference method with perfectly matched boundary conditions is used to simulate the properties of the proposed microstructure optical fiber.
The starting point was a glazed balcony in a typical Finnish block of flats of the 1970s, whose impact on the energy consumption of the building was analysed with the IDA-ICE 4.6.1 software based on 156 different calculation cases.
The phylogenetic tree was constructed using the MEGA 3.1 software based on the amino acid sequences of the known trehalases.
