Sentence examples for methods rooted in from inspiring English sources
This simplification involves filtering and segmentation techniques, as well as image comparison methods rooted in image analysis.
His transformation, as he repeatedly called it, is simply about continuing the old fight with new methods, methods rooted in the Gospel rather than in the tabloids.
Despite some recent attempts to apply to biofuel settings concepts and methods rooted in the ecosystem services literature, this is the exception rather than the rule within both the biofuel and the ecosystem services research communities.
Differently from single equation methods rooted in the γ-law ideal gas assumption, the new approach is based on the system of two nonlinear equations imposing the equality of pressure and of velocity, assuming as unknowns the two values of the specific volume, or temperature, on the two sides of the contact discontinuity.
Predictions are needed, however, and the transport sector to date has taken shelter in the "predict and provide" approach based on transport modelling and other methods rooted in statistical computing.
These were selected because many of the knowledge synthesis methods originated from these disciplines (e.g., systematic review methods rooted in education and psychology; realist reviews based on philosophy).
By "scientific," the scientist explained, he meant a method rooted in facts and based in analysis.
He builds a political method rooted in time and place; in history and circumstance rather than theoretical absolutism.
This sort of enforcement is the cornerstone of broken-windows policing, a method rooted in the theory that cracking down on minor infractions can reduce the incidence of more serious crimes.
For, as Weinberg argues, while Aristotle prized theories based on mental rumination alone, it was the emergence of the scientific method, rooted in physical experimentation, that has allowed us to discover, explain and harness the laws of nature.
We review here a recently developed method rooted in X-ray physics and continuum micromechanics, which allows for translation of data from computed tomography at micrometre resolution (known as microCT data) into finite element models.
