Sentence examples for using distinct models from inspiring English sources

Due to its complexity, dependability and performance studies of mobile clouds may require composite modeling techniques, using distinct models for each subsystem and combining state-based and non-state-based formalisms.

Experimental study using distinct models of sepsis to evaluate peritoneal inflammation.

ML and partitioned Bayesian analyses (using distinct models and rates for each protein gene) of the dataset, whether the giant panda or the spectacled bear was used as outgroup, showed the same tree topology as Figure 2A.

To crosscheck the phylogenetic results of the data sets with and without excluded third codon positions of protein coding genes we conducted the same analyses with all three codon positions included, using distinct models of evolution for the three different codon positions and without third codon positions of H3 and COI.

Using distinct model systems, extracellular H2O2 levels have been linked to the recruitment of leukocytes, such as neutrophils, representing the first line of innate immune responses [ 165– 167].

Using distinct cellular models, we demonstrate their cell type-specific receptor activities through loss of function and gain of function studies.

Since OA itself is a highly heterogeneous condition [ 57], a better understanding of pain in this disease will certainly be obtained more effectively by using distinct animal models.

These differences in efficacy may result from using distinct experimental models (CIA in rat is acute and less stringent) and starting treatment at different disease stages (mild versus moderate).

These two research teams developed PBPK models using distinct approaches to predict the disposition of the CYP3A substrates midazolam, nifedipine, and indinavir.

There are many works about different applied models by using distinct types of fractional derivatives via or without singular kernel ([1 6]), discrete fractional boundary value problems within the Riesz space cases ([7, 8]), finite difference calculations ([9 13]), distinct types of fractional finite difference equations ([14 26]), and some equations including the nabla operator ([27 30]).

In our previous work [11 13], we divide the HRRP into frames according to the aspect-sectors without most scatterers' motion through resolution cells (MTRC), and use distinct parametric models for statistical characterization of each HRRP frame, which are referred to as the aspect-frames and corresponding single-task learning (STL) models in our articles.