Sentence examples for span solution from inspiring English sources

My approach to painting is to span solution spaces across problems.

If you plan to paint or stain the cabinets, wash them down with a TSP or Spic 'n' Span solution.

In particular, a great improvement is shown in case of a unique reduction matrix whose columns span the solution of the parameter space of interest in an accurate enough way, and in case of substructuring reduction techniques.

Depending on the mass-ratio of the cantilever, while the order of the finite-dimensional model using the beam-mode basis increases steadily (up to 10), the corresponding order when the proper orthogonal modes are used to span the solution of the PDE remains unaltered (only two).

Traditional sweeping methods need to sweep the domain in 2 k directions in k dimensions [34] to span the solution space.

Hence, while in PCR the eigenvectors of the data covariance matrix are used to span the solution space, in PLSR the directions of maximal covariance between data and the dependent variables are used.

Successful products that have been inspired from the events span from solutions targeted towards improving medication adherence, developing a better breast pump, improving neonatal resuscitation, and diabetic wound care.

In particular, this perspective permits the use of unconstrained temporal-basis-functions without the need to augment Hamilton's Law of Varying Action with Lagrange multipliers, and provides a linearly independent set of spatiotemporal functions spanning the solution space of the response.

Wu [13] extended the result of [11, 12] in the case of (h u_{t} ) =- Delta u _{t}) or (u_{t}) by the energy method and gave some estimates for the life span of solutions.

(i) Rapidly convergent global reduced basis (RB) approximations - (Galerkin) projection onto a (Lagrange) space X N N spanned by solution of the governing partial differential equation at N (optimally) selected points S N in the parameter set D. Typically, N will be small, as we focus attention on the (smooth) low-dimensional parametrically-induced manifold of interest.

In FBA this can be done directly, while elementary mode analysis and extreme pathway analysis return a set of vectors spanning the solution space of the steady-state condition.