Sentence examples for can be provided by using from inspiring English sources
Increasing the sensor response can be provided by using the materials with smaller particle sizes.
Further assistance can be provided by using computer aids like image enhancement, CAD (computer-aided diagnosis) [39, 40], temporal subtraction [41] and artificial intelligence [42].
A mapping function between the geographical locations and the values of α can be provided by using position system such as GPS and Galileo.
The improvement in the coefficient of performance (COP) of the air-conditioning system can be provided by using the two-phase ejector as an expansion valve in the air-conditioning system.
An overview of the pros and cons of the methodology for identifying and ranking recommendations for actions supporting ITS developments for VRUs can be provided by using the experiences in the VRUITS project.
When this is not the case, however, more information can be provided by using convergence curves.
Therefore, not only power assist but also skill assist can also be provided by using the elastic material as a power source.
Of course, energy can be provided by transcutaneous transfer, using electro-magnetic coupling with an external source; but with the exception of cochlear implants, where a simple and miniaturized device can be used, transcutaneous energy transfer is very constraining for the patient, who accepts this only in specific cases such as artificial hearts [5], where immediate survival is at stake.
Improvement can be provided by the use of an empirical model of the ionospheric slab thickness τ.
Another potential therapeutic approach can be provided by the use of antibodies directed against the IL-17 regulating cytokine IL-23, whose blockade resulted in a significant inhibition of antigen-dependent recruitment of neutrophils, eosinophils, and lymphocytes into the airways of sensitized mice [ 92].
The authors also note that better data are necessary, which can be provided by ASC, not by using lower rates as in DSC, but by a measurement principle that is closer to the actual application conditions.
