Sentence examples for methods initially developed from inspiring English sources

One of these was the development of the statistical theory of the design of experiments by the English statisticians Ronald Fisher and Frank Yates, which has given rise to many problems of combinatorial interest; the methods initially developed to solve them have found applications in such fields as coding theory.

Control methods, initially developed to reduce vibration and damage, can be a good way to shift modal parameters of a structure in order to modify its dynamic response.

Even if they have serious limitations when applied to 'true' nanosized objects, methods initially developed for 'bigger' particles (usually for submicron particles) are usually applied to study 'pure' ENPs, but there is a serious dearth of applications in the case of 'real' matrices.

For normalization of array-CGH data, methods initially developed for gene expression microarray analysis have, in general, been directly adopted and used.

Several methods have been proposed to automatically or semi-automatically spatially register (align) individual microscopy tiles to form an image mosaic [ 11– 14] extending methods initially developed for panoramic photography [ 15, 16].

To our knowledge, all between-array normalization methods proposed to date in the different packages for 450K data processing are derived from normalization methods initially developed for gene expression arrays.

Thus, we have used SIFT [18], an alignment-free-based method initially developed for object recognition but also used in face recognition approaches [13].

It is shown that the stability of the beta phase can be triggered using a chemical formulation strategy based on the electronic design method initially developed by Morinaga.

The main idea of this FTC method, initially developed for LTI systems, is to reconfigure the control loop such that the nominal controller could still be used without need of retuning it.

The Closest Point method, initially developed by Ruuth and Merriman, allows for the numerical solution of surface partial differential equations without the need for a parameterization of the surface itself.

Based on earlier discussions, we employ an efficient and effective multiscale method quasicontinnum (QC) method initially developed by Tadmor et al. [24]— to investigate nanocontact process with large dimension of tip and substrate, which can effectively avoid the artificial boundary conditions encountered in MD.