Sentence examples for capability of the artificial from inspiring English sources

Moreover, the prediction capability of the artificial neural network (ANN) was also examined.

We also used our ex vivo frog palate exposure model in combination with our simulated cough machine to assess the clearability as well as the aerosol formation capability of the artificial mucus with or without mucomodulators.

In this paper a new method is developed based on the capabilities of the Artificial Neural Networks (ANNs) to detect, isolate, and output an estimated reading of faulty sensor/s reading/s that serves in monitoring a complex process.

To test the capability of this artificial soil to support microbial growth and dynamics, six bacterial strains were independently inoculated and monitored for 19 days.

The capability of an artificial neural network-based model in calculation of the stress concentration factor in non-load carrying T-welded joints was investigated in this study.

Though serving as an effective means for damage identification, the capability of an artificial neural network (ANN) for quantitative prediction is substantially dependent on the amount of training data.

Based on obtained results, designed ANFIS model has good accurate and able to predict wax deposition thickness in single-phase turbulent flow rate, because of the integration of fuzzy logic systems with the capability of learning in artificial neural networks which leads to the adaptability of the model with this issue.

In this work the sensing capability of an artificial magnetic metamaterial based on pairs of metal slabs is demonstrated, both theoretically and experimentally, in the microwave regime.

This study aims to investigate the capability of artificial neural networks (ANNs) in predicting the three-dimensional posture of the spine (S1, T12 and T1 orientations) in various activities.

This work has shown the excellent capability of artificial neural network approach for the simulation of the compressive properties of closed-cell aluminum foam.

The self-regulation capability of our artificial iris, not requiring driving circuits and peripheral sensors, plays a central role in developing a new class of biomedical and photonic devices in a monolithic architecture.