Sentence examples for multitude of computational from inspiring English sources

This program recognizes textual patterns from the supplementary data and generates standard molecular structure data (bond matrix, atomic coordinates) that can be subjected to a multitude of computational processes automatically.

Nowadays, design of embedded systems is confronted with complex signal processing algorithms and a multitude of computational intensive multimedia applications, while time to product launch has been extremely reduced.

Database URL: http://www.casimir.org.uk/casimir_ddf Biologists currently face a daunting challenge when trying to discover which of the multitude of computational and data resources to use in analysing their results and developing their hypotheses.

A multitude of computational prioritization methods have been developed in recent years using different data types and integration methods; eight popular tools have been evaluated by Börnigen et al. in 2010 [ 40].

As a result of the emergence of a multitude of computational methods for protein function prediction, the community has realized the need for a systematic and organized means of comparing the performance of these methods so as to assess how far the area has progressed.

We recently developed a Cyberinfrastructure for cheminformatics, called ChemBioGrid, which has made a multitude of databases and computational tools freely available for the first time to the academic community in a web service framework [10].

A multitude of publicly available computational tools exist in order to assist bioinformaticians and geneticists by facilitating the analysis of single nucleotide variants at the level of annotation, interpretation or both.

Mobile cloud computing (MCC) is the state-of-the-art mobile distributed computing model that incorporates multitude of heterogeneous cloud-based resources to augment computational capabilities of the plethora of resource-constraint mobile devices.

We herein present a holistic approach to mechanical material modeling of wood, including a multitude of length scales as well as computational and experimental efforts.

Indeed, a best-practice approach might be the inference of protein interactions following validation by experiment or conversely, the detection of (typically a multitude of) protein interactions subsequently corroborated by computational analysis.

As do other computational architectures modeling cognition, LIDA contains a multitude of internal parameters that have to be adjusted for a computational agent acting as subject in the replication of an experiment.