Sentence examples for method employing artificial from inspiring English sources
This paper presents an intelligent manufacturing feature extraction method employing artificial neural network (ANN) techniques, design by features and heuristic algorithms.
This method employs artificial neural networks, with optimal architecture trained by the evolutionary calculation and Vogl's algorithm, instead of the time-consuming finite element analysis.
The present work attempts to explore the pervaporation process economics by employing artificial intelligence method of non-dominated sorting genetic algorithm-II (NSGA-II).
In the absence of comprehensive haplotype maps from which informative tagging SNPs could be derived, the greatest success will be achieved by a method that employs artificial haplotype creation or control and that genotypes with SNPs from the same population, as we have done here.
This method employs the artificial head technique, in which the head related transfer function was taken into account to the outer ear simulation phase.
As the second fragmentation step using sonication could potentially introduce a shearing bias, we used a different method, employing partial DNase I digestion to exclude an artificial origin of the observed substructure.
This study employed artificial intelligence methods such as the Taguchi Method to determine the optimal parameters for boron carbide (B4C) coatings using a vacuum plasma spray technique.
The method extracts a reduced basis from a collection of high-fidelity solutions via a proper orthogonal decomposition (POD) and employs artificial neural networks (ANNs), particularly multi-layer perceptrons (MLPs), to accurately approximate the coefficients of the reduced model.
This gave the rationale to employ artificial neural networks.
To verify this prediction, we further employed artificial neural network (ANN) based Pmut tool.
The suggested error correction method employs the Chinese remainder theorem (CRT) and artificial neural networks (ANN) that appreciably simplify the process of error detection, localization and correction.
