Sentence examples for be improved by simultaneously from inspiring English sources

The accuracy of the solution can be improved by simultaneously refining the mesh and increasing the polynomial order.

However, as we demonstrate, different levels of adherence can be achieved through different, non-linear levels of program expenditure, and thus sensitivity analyses of adherence could be improved by simultaneously varying the level of adherence and its associated costs based on response functions like those we have estimated here.

Glioblastoma multiforme (GBM) chemotherapy may be improved by simultaneously inducing ROS generation and blocking ROS-activated anti-apoptotic pathways.

Therefore, future implementation of galactan overexpression could be improved by simultaneously downregulating xylan deposition in fiber cells.

Here, we discuss whether the efficacy of JAK inhibition can be improved by simultaneously inhibiting SYK kinase, since both kinases mediate complementary and non-redundant pathways in RA.

The author of TargetScorehave demonstrated that target prediction can be improved by simultaneously using expression fold-change and sequence-based information.

Thus, with MIMO, the spatial reuse factor of spectrum is improved by letting multiple interfering links transmit simultaneously.

The motions of subjects D and E were disturbed by the assist device when applying the power assist alone, but were improved by simultaneously applying the skill assist.

RA classification was improved by simultaneously investigating the expression of two or three different surface proteins, such as HLA-DR, CD90, and CD29 in the tissue.

With these extensions, the accuracy of genotype calling of multi-allelic variants from sequencing data might be improved by considering haplotypes simultaneously [ 30] and the accuracy and the recall of the haplotype region might be improved because all variant sites add information to infer the derivation of the fragments.

The reason for this is that the performance of a wireless network can be improved by exploiting multiple frequency channels simultaneously to ensure robustness, minimize delay and/or enhance throughput.