Sentence examples for pattern methodology from inspiring English sources

A discussion of the key issues emerging from the review of the literature on formative e-assessment, a full account of the project methodology – the design pattern methodology – as well as a critical discussion of the findings – namely the patterns and the role of technology – are the focus of a separate paper (see Daly, Pachler, Mor, and Mellar (in press).

These observations are in agreement with the classification obtained by Inoue et al. [17] using the binary topology pattern methodology for the lengths of loops and tails of serpentine receptors, where PfSR1 was classified as a member of Class C (Glutamate Metabotropic Receptor subclass), and PfSR10 and PfSR25 as members of Class A (Hormone Receptor and Olfactory Receptor subclasses, respectively).

An automatic boiling water reactor (BWR) loading pattern (LP) design methodology was developed using the rank-based ant system (RAS), which is a variant of the ant colony optimization (ACO) algorithm.

The final aim of this study is to show that T-pattern methodology can be a useful tool in research about doping behavior.

This paper presents the SDL pattern approach, a design methodology for distributed systems which integrates SDL-based system development with the pattern paradigm.

The fuse design methodology of T pattern segment film is presented and a design case is provided.

Appropriate use of surface texturing and chemical patterning methodologies allow for reduction of both blood coagulation and platelet adhesion, and new methods of surface interrogation at high resolution allow for measurement of the relevant biological factors.

Considerable efforts have recently been devoted by the nanoscience community to develop reliable patterning methodologies for the spatially controlled deposition of a wide range of molecules, exploiting their spontaneous organization in the form of 2D or 3D matrices onto substrates of different materials (semiconductors, metals, plastics) [1].

Bio-nanopatterning technology has advanced at a rapid pace in the last few years with a variety of patterning methodologies being developed for immobilising biomolecules such as DNA, peptides, proteins and viruses at the nanoscale on a broad range of substrates.

In this paper, we present a design pattern-based methodology for building parameterized components that support dynamic binding of parameters.

In addition to these basic design methodologies, the "layer pattern ring model" and "dual objective function" optimization methods developed by the author's research team are discussed.