Sentence examples for representations discussed from inspiring English sources

Below, we review the neural mechanisms supporting the spatial representations discussed above.

The current study develops a simplified design method based on equivalent dual multi-degree-of-freedom and single-degree-of-freedom representations, discussing the effects of damper yield drift, and stiffness ratios between the elastic moment frame, spine frame, and dampers on the structural response.

The event representation discussed in this paper accounts for three important event attributes, namely, time, space, and label.

The general case of this theorem is due to Wang, Du and Dou [694] whose proof used the Halmos representation discussed below.

On the basis of its path integral representation discussed is the nonrelativistic limit c → ∞ of the solution of the pure-imaginary-time Schrödinger equation for the Weyl quantized Hamiltonian corresponding to the classical relativistic Hamiltonian [c2(p − eA x 2 + m2c4]12 + eΦ x) of a spinless particle of mass m > 0 and charge e in an electromagnetic field.

It can be viewed as a dual of the coarse tree representation discussed before, which associates nodes with loops and edges with stems.

The tree of circles is quite similar to the tree representation discussed earlier in Figs. 4 and 5 of Section ' RNA secondary structure'.

Some of these standard combination functions are scaled sum, product, complementary product, max, min, and simple and advanced logistic sum functions (for some of these examples of combination functions the numerical representations are discussed in "From a conceptual representation to a numerical representation" section).

Raptor codes and repetition codes numerical results and analytical representations are discussed in Section "Numerical results and discussions".

The validity and reliability of the representations are discussed.

For example, unitarily inequivalent representations are discussed by Haag, but not by Weinberg.