Sentence examples for approaches we chose from inspiring English sources

To establish the advantages of our approach against existing approaches, we chose to execute our use case phylogenetic profiling workflow in Swift and perform a comparison.

From these approaches, we chose to employ sparse filtering as a feature-learning algorithm in the proposed system because it has only one hyperparameter (the number of features to learn) and converges more quickly than other algorithms, especially when the number of input data and the feature dimension are large.

Among several possible approaches, we chose the resource perspective because it has been shown that resource availability and maximal body size correlate closely (Burness et al., 2001).

To further investigate the relationship between the rLP and ndLP approaches, we chose one simulation run and visualized the corresponding species tree (Supporting Figure S2 in Additional File 1) and constructed graphs for the noLGT and habLGT-high simulations.

Using these approaches, we chose the three top ranked genes as measured by total enrichment of expression in the endosperm, ATCDC48 (At3g09840), PDE120 (andg16620) and MS5-like (At3g51280) as our strongest imprinted candidates for further investigation.

As a representative of these heuristic approaches we chose the algorithm of Ideker et al. (2002) as implemented in Cytoscape (Cline et al., 2007; Shannon et al., 2003) and compared the performance to that of our exact approach.

In contrast to most conventional level set approaches we choose a parametric level set method that does not involve the direct solution of the Hamilton Jacobi equation using numerical methods such as the finite difference method.

To test the potential of MOO to combine different network inference approaches we choose to build an objective based on time-delayed Spearman Rank-correlation [ 6].

In this case, the anesthetic approach we chose was effective during the short surgery in this patient.

To demonstrate this approach, we chose to use the two-phase material model of Pitman and Le (2005) to model lahar runout and dynamics.

In addition, we use the Z language to specify textual and mathematical specifications of the model, as a representative model to evaluate the proposed approach; we chose continuous infusion insulin pump (CIIP).