Sentence examples for integrate unknown from inspiring English sources

Given a tree topology, we integrate unknown internal node states over the tree efficiently by caching conditional probabilities of individual node states as described in [ 47].

Also the accuracy to which the differential equations have to be integrated is unknown.

How signalling from these receptors is integrated is unknown, but requires both the Syk and Raf-1 Dectin-1 mediated signalling pathways [ 4,13 ], and may involve physical interactions at the plasma or phagosomal membrane [ 2,24].

For the control arm, the probabilities of symptomatic disease by size, or no symptomatic disease, were extracted from relevant entries of For the screening arm, the derivation was more complicated and involved conditioning the probability of subsequent states upon previous ones and integrating over unknown past states.

Clearly, we cannot integrate over an unknown probability distribution, but we can approximate this value using internal cross-validation.

Leventhal et al. (2014) fitted a stochastic model using numerical approximation to the solution of the underlying master equation, in order to integrate out the (unknown) number of transmission events in the population that occur between coalescent intervals in the sample.

The probability of this entire dataset is given by (12) P ({ w }, w s | { I }, I s, I max, w 0, σ ) = 1 σ n + 1 exp [ − 1 2 σ 2 ∑ i = 1 n (w i − w 0 I i I max − I i ) 2 + (w s − w 0 I s I max − I s ) 2 ], Formally, we now need to specify a prior P(Imax, w0, σ) and integrate over these unknown parameters.

Therefore, the aim of the anima is to mediate between unconscious and conscious (to integrate what is still unknown to conscience) and to give meaning and sense to facts, in order to turn them into experience [ 22, 24].

While the exact mechanisms by which different cell types integrate biophysical cues remain unknown, it is evident that SGN neurites sense the matrix stiffness on materials that are much more rigid than central neural environments (e.g., brain or spinal cord) and that their alignment to biophysical cues substantially changes based on the substrate rigidity.

Depth was processed most effectively and most rapidly when all three cues were presented together indicating that these separate cues are integrated at yet unknown sites in the brain.

We have integrated the relatively unknown distal domains of the Lower Congo basin, where the main depocenters of the Congo submarine fan are located, with the better-constrained successions on the shelf and upper slope, through the analysis of thousands of km of 2D seismic reflection profiles off-shore the Congo Angola passive margin.