Sentence examples for approximation for problem from inspiring English sources

In Section 3, the full-discrete approximation for problem (1) is studied.

In this section, we consider the semi-discrete approximation for problem (1.1 - 1.3 1.1 - 1.3

In Section 3, we consider the full-discrete approximation for problem (2 -(4).

Throughout this paper, we denote L 2, L p, L ∞, H k norm in Ω simply by ∥ ⋅ ∥, ∥ ⋅ ∥ p, ∥ ⋅ ∥ ∞ and ∥ ⋅ ∥ H k. In this section, we consider the semi-discrete approximation for problem (2 -(4).

Therefore, we have demonstrated that the present method provides an accurate approximation for problems with non-local conditions.

We present polynomial-time solutions for problems (i) and (iii), a 5-approximation for problem (ii), and a 3-approximation for problem (iv).

In [16], Hao et al. gave a very nice approximation for this problem by using a non-local boundary value problem method.

Section 3 presents an approximation algorithm to obtain an ε-approximation solution for problem (P) which is FPTAS by its computational complexity.

We investigate the simplest mean field approximation for this problem.

Finally, we show the obtained solutions are proper approximation for the problem under the Euclidean distance.

The dimension reduction with a principal component analysis (PCA) is only a linear approximation for nonlinear problem.