Sentence examples for method could accurately from inspiring English sources

In particular, the Monte Carlo method could accurately predict the performance of different flip angle patterns in actual measurements.

Numerical simulation and engineering examples show that the proposed method could accurately identify the modal frequency and modal damping ratio of the structure.

The results showed that the proposed method could accurately localize multiple damage locations as well as single damage locations without any false-positive or false-negative detections.

It was demonstrated that, the method could accurately calculate the seismic field for the models with sharp material boundaries and a point source and receiver located close to the free surface.

The traditional rigid-body limit equilibrium method cannot provide actual stress distribution in slope stability analysis, neither finite-element-based strength reduction method could accurately identify convergence points in related nonlinear calculation.

Results showed that the proposed FE modeling method could accurately simulate the static and cyclic performance of bolted T-stub connections, bolted tension splices, bolted end-plate steel joints, stud shear connectors, bolted end-plate composite joints and flexibly braced steel frames.

Both methods could accurately estimate the EF of the phantom, the error being one percentage point or less (Table 2).

We thus asked whether ML methods could accurately estimate the rates obtained from simulation.

The results indicate the devised CGPredictor package, when supported with the various validation methods, could accurately identify a reliable and genome scale cancer independent prognostic epigenetic marker panel.

Regarding use of our dataset to investigate how environmental complexities (e.g., variable selection along branches) impact the ability for phylogenetic methods to accurately infer historical relationships, we observed that none of the investigated methods could accurately reconstruct the true phylogeny.

One possible explanation for this finding could be that with such a high proportion of DIF items, the method could not accurately identify a set of invariant items against which to compare the non-invariant items – in other words, the presence of DIF items masked the presence of other DIF items; however, it is puzzling that this finding was limited to the difficulty parameter.