Sentence examples for precisely approximated from inspiring English sources

Chan and Hanly [8] precisely approximated the distribution of the other-cell interference.

Since for some transients, feedback effects may likely not in this way be precisely approximated in their interrelations, this standard method was recently complemented for (hex, z) geometry by a more rigorous cross-section representation scheme.

A polyhedral model that precisely approximates the part shape is given as input, and the offset shape of the model is obtained as the Boolean union of the expanded shapes of all surface triangles.

On the downlink, Chan and Hanly [6] precisely approximate the distribution of the other-cell interference.

The FSAMP algorithm starts at a large step-size and gradually shrinks in iterations until the number of selected atoms is precisely approximate to the signal sparsity.

In the FSAMP algorithm, the initial step-size is set at a large value, and the step-size gradually shrinks in each iteration until the number of selected atoms is precisely approximate to the signal sparsity.

MITS uses a combinatorial component, based on Tabu Search [ 27], to guide the search into promising areas, where the local solver is activated to precisely approximate local minima.

This effectiveness depends on how precisely the raw data can be approximated and how precisely these approximations can be compared.

In 1885, K. Weierstrass started the approximation theory with the Weierstrass approximation theorem: 'Every continuous function on a,b, can be uniformly approximated as precisely as we wants, by a polynomial function.' In 1912, Sergei Natanovich Bernstein gave a famous proof of Weierstrass's theorem using the Bernstein polynomials and probability theory.

Remark 3.1 By the monotonicity property suggested in [2], the remainder function with respect to θ ∈ [ 0, 1 ] is approximated arbitrarily precisely by the remainder functions with respect to rationals which approximate θ.

The enhancement is mainly achieved by introducing weights on bin-wise NTF cost functions, which differentiates NTF target components from other components so that the target should be approximated more precisely than others.