Sentence examples for system has been employed from inspiring English sources

The system has been employed for years by producers as a way to complement their main source of income.

The high-level algebraic modeling software, general algebraic modeling system has been employed to undertake calculations.

A case study on a flight control software system has been employed to demonstrate the feasibility of our proposed technique.

This heterocyclic system has been employed in the preparation of different important drugs required for treatment of inflammations [3], bacterial infections [4], and hypertension [5].

In [15, 16], the precoding scheme, which is extensively applied in narrowband system, has been employed to eliminate the MSI of TR-MIMO-UWB system.

To this respect a KVM-based [10] system has been employed with its host OS Dom0 having direct access to all I/O functions of the system.

The strain and curvature components formulated in this orthogonal conical co-ordinate system have been employed to derive the strain and kinetic energy integrals.

Neural networks have been used for machine translation since at least 2010, and other features of the system have been employed in other models in the last several years.

Many non-structured methods and technologies and object-oriented expert system have been employed in making restoration schemes to address the above objectives, but the establishment and maintenance of a knowledge base of past restorations remains a bottleneck.

To our knowledge, this is the first time that all 15 STRs of the PowerPlex 16 System have been employed for this purpose, including five Mexican-Mestizo (Rangel-Villalobos et al. 2010; González-Herrera et al. 2010; Ramírez-Flores et al. 2014; Martínez-Sevilla et al. 2016) and four American populations (Hill et al. 2013) as reference.

In this paper, multiple regression analysis, and three types of soft computing methods (e.g. artificial neural network, fuzzy inference system, and adaptive neuro-fuzzy inference system) have been employed to predict mode-I fracture toughness from a set of common geomechanical properties.