Sentence examples for can be represented from from inspiring English sources

A significant area of research in biology centres on the question of whether higher-order biological processes can be represented from an information perspective.

In many real-world applications, an object can be represented from multiple views or styles.

Various different networks can be represented from publicly available data and analysing their structure can lead to useful insights and important applications.

It can be represented from (16) and (17) that the sensing energy of CUsense is far greater than that of CUpredict and this can also be illustrated from the Figure 11.

The essence of the fast track perioperative treatment can be represented from 3 periods, 1. Preoperation, psychological optimism and information of the fast track treatment to patients, less time fasting, oral carbohydrate loaded liquids.

By means of these mediums it is true that objects in the world can be represented, scenes from life depicted, and emotions from life expressed, but these are irrelevant to the principal purpose of art.

However, the evidence for stress priming when sub-lexical mechanisms dominate confirms the idea that stress can be represented separately from lexical and segmental information, and that this representation is sensitive to the effect of context at a very general, or at a local level.

The relationships among the allotropic modifications of tin can be represented as transformations from one crystal type to another at specific temperatures: (The double arrows signify that the transformation occurs in both directions, as tin is heated or as it is cooled).

Since, in practice we are dealing with samples in discrete form the probability density can be represented in discrete from with m bins, and the area of overlap P j|i) can be represented as: P ( j | i ) = 1 2 ∑ m = − ∞ y 0 p m ( y j a | ω ij ) dy + 1 2 ∑ m = y 0 ∞ p m ( y j e | ω ̄ ij ) dy (1).

The wave transforms for the equation □ƒ + λƒ3 = 0 on R4 can be represented as maps from the Hilbert space H(S) of finite-energy Cauchy data for the equation (□ + 1)ϑ + λϑ3 = 0 on R4 × S3 to Hilbert spaces H(C±) of finite-energy Goursat data.

These fields can be represented as originating from an array of dipoles oriented approximately perpendicular to the vitreal surface of the retina.