Sentence examples for estimate connection from inspiring English sources

The applicability of the presented method is evaluated, and it is shown that the model has the potential to estimate connection moment rotation behavior under combined axial tension and moment loading.

In the context of neuroimaging, DCM is most often used to infer causal interactions between regions of neural activity, and to estimate connection strengths between these nodes.

It relies on a link prediction method adjusted to the observations that exploits the statistical regularities of the empirical network to estimate connection probabilities, that afterwards are integrated at the level of reactions.

Thus, each method is associated to a matrix, the Connectivity Matrix (CM), whose elements (X, Y) correspond to the estimated connection strength between neuron X and Y. High and low values in the CM are expected to correspond to strong and weak connections.

The absolute values of the estimated connection coefficients represent the topology of the reconstructed MAPK pathway.

The estimated connection probabilities at 90% confidence intervals for FSIs and NFSIs were 0.30 0.57 and 0.15 0.27, respectively (Brown et al., 2001; Supplementary file 1).

We compute estimated connection probabilities p mr between all possible combinations metabolite-reaction as (3) where k m is the degree of the metabolite and μ = 1/ R ensures that network realizations with these connection probabilities have the same number of links as the observed network.

However, the T-stub model is not accurate enough to represent actual deformation pattern of true angle type of connections at failure, and may not correctly estimate the connection strength.

This indicates that the network inference method may need to spend time to estimate their connection, since the same cluster members are more likely to have strong connections.

New types of constraints are also presented, which constrain the modal degrees of freedom of the substructures, avoiding the need to estimate the connection point displacements and rotations.

Furthermore, the proposed behaviour models and the designed relationships are in good agreement to numerical results and can estimate the connection behaviour reasonably well.