Sentence examples for implementation of an iterative from inspiring English sources

It is achieved through the implementation of an iterative strategy based on two main properties.

A more robust point matching method is used and registration quality is improved with the implementation of an Iterative Closest Point (ICP -based fICP -basedration step.

This work presents new implementation of an iterative method proposed by Temimi and Ansari namely (TAM) for approximate solutions of differential algebraic equations that arises in many engineering and applied sciences applications.

This paper presents the mathematical basis, matrix formulation, and compact Matlab implementation of an iterative finite-element solver (triangular meshes) for the eikonal-diffusion equation extended to reentrant activations, which automatically identifies the period of reentry and computes the resulting isochrones.

This step, which is often disregarded, evaluates whether the parameters may be assigned unique values from a given pair model and observables, under ideal experimental conditions, and assesses - when this is possible - the reformulation of a given model or the implementation of an iterative procedure for model calibration.

Finally, we show an implementation of a full iterative reconstruction algorithm using the distributed functionality of ASTRA presented in this paper.

Finally, the Committee expressed support for implementation of a tiered, iterative risk assessment approach.

[ 25] We also narrate other aspects of successful implementation: leadership motivates implementation, an iterative roll-out, sufficient organizational and technical support, adequate communication with all stakeholders, a team-oriented culture, readily accessible training, ongoing involvement of clinicians and integrating workflow redesign into implementation.

Prior to implementation of FASA, an Iterative-based Sizing Algorithms known as ISA had been developed to determine the optimal solutions which were used as benchmark for FASA.

The assessment was conceptualized as developmental research, to help "improve an existing instructional model/process" and to assist in providing "pathways of guidelines…for successful implementation" (Oncu & Cakir, 2011, p. 1103) of JC HEM in the next phase of implementation, following an iterative process.

The advantages and applicability of the developed interface are highlighted through the implementation of a model-based iterative learning control strategy, in order to assure batch-to-batch repeatability, and open-loop optimal controlled elution trajectories on a commercial HPLC separation system.