Sentence examples for fundamental for an efficient from inspiring English sources

In particular, the following principles are adopted as fundamental for an efficient testbed collaboration that provides added value to European research on future networks and services.

The availability of updated information of regional wind fields is fundamental for an efficient management and prediction of wind power production.

Managing intermittent demand is a vital task in several industrial contexts, and good forecasting ability is a fundamental prerequisite for an efficient inventory control system in stochastic environments.

Since iron oxide nanoparticles are injected into the biological system to bring about the temperature raise, a system with a very good biocompatibility and heating efficacy is the fundamental requirement for an efficient magnetic hyperthermia system.

Beyond the ambitious aims of these projects, a fundamental challenge is the need for an efficient, robust, reliable and easy-to-use pipeline to mine such large neuroscience datasets.

In this study, our results using modulators of microtubules assembly and intracellular traffic point to the fundamental requirement of an efficient microtubule network for the transport and so the clearance of autophagic cargos.

Adopting a stable and universal biological classification system not only is crucial for the users but also fundamental for the efficient management of the databases.

Understanding effectiveness of control strategies of pest species is fundamental for planning efficient and cost-effective management programs.

Packaging of eukaryotic DNA into nucleosomes and higher order chromatin structures is fundamental for the efficient housing of genomes within nuclei.

The graphical representation of biological sequences with various functional elements is fundamental for the efficient introduction and interpretation of scientific findings obtained in the course of the investigation of molecular biological functions.

In this paper we propose and apply a hierarchical approach for an efficient exploitation of fundamental multi-scale modeling for the analysis and design of the kinetic transport interactions in chemical reactors.