Sentence examples for and subsequently solved from inspiring English sources

At present, inequalities in the problem are converted to equalities with the addition of slack variables, and subsequently solved as such, with bounds applied on the slack variables.

The problem is transformed into a semi-infinite programming problem (SIP) and subsequently solved using a two-stage procedure that searches for global maximum violation of the constraints.

As a result, a linear system of equations is formed and subsequently solved to distribute the global average strains to each subcell.

The theoretical formulation is derived by the improved Fourier series representations and subsequently solved by two procedures which are strong form solution and weak form solution.

This paper presents two methodologies for optimal model-based decomposition, where an optimization problem is decomposed into several smaller sub-problems and subsequently solved by augmented Lagrangian decomposition methods.

This non-linear model can be linearized because of the special structure achieved by the binary leader decision variables and subsequently solved by a Benders Decomposition Algorithm to global optimality.

In summary, we remove all the unknowns from the observation equation, and subsequently solve for the receiver differential biases directly.

The method proposed in [6] for multistatic radar imaging of moving objects facilitates linearization of the nonlinear problem of target scattering and motion estimation and subsequently solves the problem as a larger, unified regularized inversion problem subject to sparsity constraints.

In the linear non-separable case, SVM maps the sample data to a high dimensional space through a kernel function and subsequently solves the linear non-separable problem in the original sample space in high dimensional space.

We first formulate the problem using an ILP and subsequently solve it with a dedicated solver.

At each kth iteration of (1), the model function F is evaluated at the kth iterate Θ k to get the values corresponding to η = (νm, xm) T. This is done by generating a certain flux state by ν k = Fflux Θ k ) and, subsequently, solving Fcarbon(x k, ν k ) = 0 for x k at the kth flux state ν k.