Sentence examples for functional solving from inspiring English sources

The data misfit ϕ d (m) is conventionally written as (14 where d is the data vector, here composed of the experimental (observed) internal coefficients, m is the model vector, and F is the functional solving the forward problem.

Making 'Good Productss That Do 'Good' In creating any product is it important to acknowledge the fundamental principles of design; that a product be functional, solve a problem, benefit the user, and be aesthetically pleasing.

There is formulated the issue of system decomposition into applied tasks clusters subject to automation and of initial documents used for automated systems functional tasks solving.

Due to the fact that the characteristic quasi-polynomial of a delayed system is difficult to analyze when uncertain parameters are involved, this problem has been most frequently solved on the basis of the method of Lyapunov functional, by solving Riccati equations, or by solving linear matrix inequalities.

Coping strategies developed in response to a stressful event can be subdivided into "functional" (problem solving, cognitive re-structuring, and seeking social and emotional support) or "dysfunctional" (problem avoidance, social and emotional isolation, and guilt and self-criticism) [ 52].

Batiha [30], Gupta [28], Rafig et al. [29], Yildirim et al. [32], Parand et al. [31] obtained the same result by the variation iteration method, the homotopy perturbation method and the Hermite functions collocation method but using symbolic calculations as integral iterative functionals and solving differential equations of the second order.

This function allows solving such functional equations as g z e g z = z and z = e W l n z, and ze z =x and z=W x).

Three interrelated features of the system have attracted the most attention: (1) enterprise unions, (2) high levels of labour management cooperation and cross-functional problem solving, and (3) lifetime employment security.

One appropriate regularized functional was established, and the functional was solved by the sensitivity coefficient and Newton-Raphson iteration method.

The Euler Lagrange partial differential equations corresponding to the functional are solved efficiently via the half-quadratic algorithm.

We pose this as the minimization of an energy functional and solve it by a variant of a dynamic programming approach called the Viterbi algorithm.