Sentence examples for using the adjoint technique from inspiring English sources

Implementation of the discrete adjoint method is validated by comparing sensitivity derivatives obtained using the adjoint technique with results obtained using direct-differentiation and finite-difference methods.

However, it still required a high computational cost and extensive time to obtain the final model despite using the adjoint technique.

To minimize the misfit function using the adjoint method, the time-reversed technique was applied to this function, and its product was used as the adjoint source in the backward simulation from each station to the source (e.g., Tromp et al. 2005).

The results of this study open a new era gas cyclones geometry optimization by using the adjoint method instead of the traditional surrogate based optimization technique.

For each objective function (e.g., the amplitude peak of the aeroelastic blade motion), the resulting adjoint equations are solved using the adjoint Lax-Wendroff scheme, which is also accelerated using a multigrid technique.

The optimization problem is analyzed using the adjoint method to obtain the adjoint sensitivity.

Sensitivities are evaluated by using the adjoint method.

We also present a rigorous method of computing the Fréchet derivative using the adjoint operators.

Sensitivity analysis of the general displacement functional is derived using the adjoint method.

In this work, all sensitivities are computed analytically using the adjoint variable method.

Use the adjoint method to compute the gradient of the log likelihood function from a Kalman filter.