Sentence examples for much better approximation from inspiring English sources

Of course, the actual net pay will depend on the CEO's own tax position, which we won't know, but applying the federal tax rates gives a much better approximation than gross pay.

The I2 solution of this altered system, called the "final I2 solution," is a much better approximation of the continuum solution, one in which the discontinuity is captured in a one-cell-wide path of cells.

However, for small or moderate sample sizes, the considered Gaussian mixture model leads to a much better approximation of the BER analytical expression than the one we would obtain with a post-processing Gaussian noise model.

This is a very relevant difference, in practice, as it translates, in our case, into a much higher concentration of the singular values, and, as a consequence, into a much better approximation of the linear transform for a given number of reference kernels.

On the other hand, as shown by the dashed green and solid black lines in Fig. 3 for high-frequency equatorial waves (with ω>1— see Fig. 1—, i.e., all equatorial IGWs and eastward propagating RGWs), the meridional profile of (overline {up}) provides a much better approximation for the group velocity times wave energy.

In vitro experiments that studied clusters of β cells also indicated that the hexagonal lattice is a much better approximation to the cluster structure [38], [39].

The results obtained in this paper show that the solutions given by the optimal HAM give much better approximations and converge much faster than those given by the usual HAM.

Cylinders and disks represent a much better geometrical approximation to the shape of bio-fuels such as straws and woods chips.

The paper briefly reviews several recent results on hierarchical architectures for learning from examples, that may formally explain the conditions under which Deep Convolutional Neural Networks perform much better in function approximation problems than shallow, one-hidden layer architectures.

However, relative to the exact solution (black) the fraunhofer with the spherical kernel works much better than the fresnel approximation for large angles.

However, the lower bound estimates the cooperation region much better than the first-order approximation in both figures.