Sentence examples for approximations to solve from inspiring English sources

We use approximations to solve hardware limitations.

Currently QCADesigner [16] utilizes nonlinear and two-state approximations to solve metallic-based QCA circuits.

This approach uses a more consistent set of "conservative" numerical approximations to solve non-linearized mass and energy governing equations.

In this paper, we show how to combine advantages from LMC, distinguishers and approximations, to solve DES control problems.

The aim here is to construct an ε-uniformly numerical method which gives ε-uniformly convergent numerical approximations to solve problem (1)–(3).

The backstepping method is used for controller design, and the transformation kernel matrix is derived by using the method of successive approximations to solve the corresponding PDE.

That is why we have applied adiabatic approximation, to solve this problem.

For the aforementioned scenario, we propose a relay selection based approach as an approximation to solve for the power allocation problem.

We design a novel provably stable discontinuous Galerkin spectral element (DGSEM) approximation to solve systems of conservation laws on moving domains.

The code uses the finite element spherical harmonics (FE PN) approximation to solve the second-order even-parity form of the transport equation.

When L is large (roughly L ≥ 16), we can also use the EPPR approximation or the ZPiOR approximation to solve them, as discussed in the section on high Pavapproximations.