Sentence examples for approach can resolve from inspiring English sources

The comparison of the results with previous assessments done for the same sites showed that the new approach can resolve the irrationalities that can occur with the combination of two different models such as smaller peak flow and longer time to peak for post-development condition.

We suggest that our multi-dimensional approach can resolve the discrepancy in literature by providing a more comprehensive view of the protein network characteristics.

This approach can resolve relationships among sequences with low diversity and can thus be used to infer the origin of multiple copies from a unique sequence.

While this approach can resolve some population substructure, it is inherently unable to distinguish which combinations of mutations co-exist in any particular subpopulation.

Although this assumption is logical and plausible in this case, not even this approach can resolve the underlying and seemingly intractable identification problem [ 48, 49].

While this approach can resolve spatially segregated subpopulations, it cannot resolve multiple subpopulations that are intermixed in single regions within the tumor.

Approaches that can resolve medical disputes are mainly negotiations and civil lawsuits, while other approaches play a part in forwarding cases, such as Complaint Letters and Visits System, or easing conflicts, such as mediation.

This paper discusses how this approach to modeling can resolve some of the main issues (e.g., handling uncertainty) with the modeling of architectural structures in particular.

The results from these cases show that the strand approach can successfully resolve near-body and off-body features as well as or better than established methods.

We demonstrate that the approach can successfully resolve complex flow dynamics at a reduced computational cost and that it can capture the long-term asymptotic state of the flow in cases where traditional Galerkin-POD models fail.

Results on real and simulated data demonstrate that our approach can effectively resolve much of the complex repeat structures found in the telomeres of yeast genomes, especially when longer long-insert libraries are used.