Sentence examples for mathematical method that from inspiring English sources

It would have been almost impossible for anyone listening to Riemann's presentation in 1851 to have imagined that what they were hearing was the first instance of a mathematical method that would become a massive part of geometric mathematics in the decades to come and that continues to be a vitally active subject today.

Defuzzification is a mathematical method that uses a weighted mean approach to extract a crisp output value from the aggregation of the fuzzy output representation.

Still, he is a child of his sources, which do not provide him with the more advanced data and mathematical method that arose only later, in the seventeenth century.

Local diffusion coefficients are measured numerically from the micro-CT data using a new mathematical method that allows us to evaluate the heterogeneity of shale diffusivity at the sub-core scale.

It also deals with the finite element method, which is considered to be the most powerful mathematical method that exists today to solve piling problems, and boundary element method, which is a simplified version of the finite element method.

Based on the Sholl analysis, one mathematical method that gives a measure of the neurite arborization is the Schoenen ramification index (SRI): the ratio between the maximum number of the intersections of the neurites with the circles and the number of the primary neurites.

This is a realistic assumption since edge detection relies on mathematical methods that exploit the local edge intensity information.

This discussion is then followed by a review of the mathematical methods that have been used for simulations.

This work introduced mathematical methods that are useful in a sizing tool to ease, fasten and enhance the aircraft configuration optimization problem.

The purpose of this paper is to present and review mathematical methods that have been developed during the past 15 years to identify the contaminant source location and recover the time release history.

In coordination with Keller's review article in this week's Science, in which he examines the state of microscopy technology and speculates on the technological advances and computational and mathematical methods that will be necessary to deliver fresh insights into developmental biology, Science Careers spoke with Keller about his career path and ambitions.