Sentence examples for by performing a nonlinear from inspiring English sources

The output of a QNA produces a standard error (SE) by performing a nonlinear least squares fit between theory and measurement.

Data preprocessing was done by performing a nonlinear intensity-dependent rescaling on non-background corrected data.

The four parameters (A, B, C, n) were estimated to obtain the best fit curve by performing a nonlinear curve fitting using the experimental results.

Ki of curcumin binding to RNase L was determined by performing a nonlinear regression analysis by fitting the acquired data to noncompetitive equation for inhibitor binding using GraphPad Prism (version 5.04 for Windows, GraphPad Software, San Diego, CA).

This computation is an example of a hidden layer (or basis function) network performing a nonlinear operation on its inputs, and is made possible by the nonlinear input-output function of the ICcl neurons [50] [52].

This is an example of a hidden layer (or basis function) network performing a nonlinear operation on its inputs [50] [52].

The effect of the energy dissipation system is numerically evaluated by performing a set of nonlinear dynamic analyses on a spherical tank based on a detailed model that takes the fluid structure interaction into account.

The MT parameters were obtained by performing a voxel-wise nonlinear least-squares fitting (Levenberg-Marquardt method) to a binary spin bath model for balanced steady-state free precession (33); this yields bound proton fraction, MT exchange rate constant (kf), and T2 of the free water component.

The post-local buckling strength of steel plates in biaxial compression is investigated by performing a geometric and material nonlinear analysis.

Generally, obtaining information about cracks in a member under an earthquake by performing a dynamic history analysis or using nonlinear static analysis to obtain directly the performance or damage state of members is not easy.

In order to derive the feasible importance function with the complex nonlinear transform, by performing a Taylor expansion up to first-order of the observation equation at the point x k = x k *, we may further get y k = g x k + v k ≃ g x k * + ∂ g x k ∂ x k | x k = x k * x k − x k * + v k, (14).