Sentence examples for capable of prediction from inspiring English sources

It is clearly seen that the proposed models are capable of prediction of the surface roughness.

This model provides a simple tool capable of prediction with only simple input parameters: steel composition and ferrite grain size.

Artificial Neural Network (ANN) models, capable of prediction and diagnosis in non-linear and complex systems, are used to obtain the relationship of composition and processing parameters with said mechanical properties.

Such an integrated ANN/laccase biosensor system is capable of prediction of cathecol concentration of olive oil mill wastewater, based on the created models and patterns, without any previous phenomenological knowledge.

Such an integrated ANN/laccase biosensor system is capable of prediction of phenolic compounds concentration of olive oil mill wastewater, based on the created models and patterns, without any previous phenomenological knowledge.

Following this effort, 272 of the 730 nodes in the final Cellular Stress Network model were eligible for prediction (containing four or more downstream gene expression relationships and thus capable of prediction as a hypothesis) by RCR.

Astrophysics has transformed cosmology from a purely speculative activity to a modern science capable of predictions that can be tested.

The combination of these descriptors with ML approaches affords the development of universal models capable of accurate prediction of properties for virtually any stoichiometric inorganic crystalline material.

The results demonstrate that such a hierarchical approach is capable of offering prediction as to the presence and location of damage individually, with substantially reduced computational cost and effort in the development of the ANN training database.

Finally, we have concluded that the M-R criterion is capable of making prediction closest to the measured unstable region, which covers the deformation temperature range of 950 1080 °C and the strain rate range of 0.1 10 s− 1.

A simple two-phase one-dimensional thermal model of laser melting, where melt expulsion due to the recoil pressure effect is accounted for based on the Bernoulli integral, is developed and found to be capable of accurate prediction of the melt-through time above a certain level of laser intensity.