Sentence examples for use of classical approaches from inspiring English sources

The ephemeral character of the radiative signal together with the presence of aerosols imposes severe limitations on the use of classical approaches, e.g. based on red and near-infrared, to discriminate between burned and unburned surfaces in tropical environments.

At the same time this prevents from a straightforward use of classical approaches of statistical modeling and data analysis.

This collaboration builds on the recent surge of interest in stoicism and stems from a workshop held in October, which itself came from a wider interdisciplinary project at the University of Exeter to explore the possible uses of classical approaches to therapy and preventative medicine for our own society.

Different mechanisms can cause this inhibition and, in most cases, the use of classical enzymology approach is not sufficient to overcome this problem.

The presented integral solution agrees with that obtained for the mutual-radiation impedance of a uniformly vibrating rectangular piston by the use of the classical approach.

The morphological peculiarities of the fish intestine that distinguish it from the mammalian intestine, including the lack of distinct crypt compartments and the presence of longitudinal folding of the mucosa instead of villi [ 3], do not permit the use of this classical approach.

One of the most important problems with the use of classical minimally invasive approaches in total knee arthroplasty is poor reproducibility due to the limited exposure they can provide, especially in stiff joints.

The most commonly used of the classical approach is K-means clustering algorithm[3] while Kohonen network is the most commonly used one of the artificial neural network approach[4].

Unfortunately, during such a work the components or operation parameters of the engine system are changed very frequently, making the use of classical model based control approaches very time-consuming.

Instead of using the classical approach of multibody modeling, this work takes the challenge of directly estimating the input/output slip dynamics by black-box identification, using data collected with experiments specifically designed for this purpose.

Given that the effects that we observed are likely to be neurally mediated, it is intriguing to contrast our results with previous PET and fMRI studies of anesthetic action that have used more classical approaches to image analysis (see Alkire et al, 2008 [39] for a concise review of these data).