Sentence examples for methods for virtual from inspiring English sources
Recently, large margin ranking SVMs [23] and structural SVMs [24] were introduced as valuable methods for virtual screening.
In an effort to find lead compounds at lower cost and greater speed, computational chemistry methods have focused on developing fast and highly efficient molecular docking methods for virtual screening [1, 2].
The current resource sharing methods for virtual machines (VMs) mainly focus on resource proportional sharing such as CPU amount, memory size and I/O bandwidth, whereas they ignore the fact that I/O latency in VM-hosted platforms is mostly related to the resource provisioning rate.
In this paper, we perform a comparative analysis between two computational methods for virtual stent deployment: a novel fast virtual stenting method, which is based on a spring mass model, is compared with detailed finite element analysis in a sequence of in silico experiments.
The next section explains how we used and adapted this method for virtual machines.
We propose a novel method for virtual ligand screening to explore drug candidates binding to target proteins.
Recently, we used this method for virtual screening of active compounds for the inhibition of lipopolysaccharide (LPS -induced prostagLPS -inducedGE2) prostaglandin9].
This paper integrates different developed optimization algorithms based on modification of the big bang big crunch method for virtual power plant realization.
This paper presents a method for virtual testing composite microstructures with real fibre distributions, and compares the debonding and crack response with experimental results of identical microstructures under similar loading conditions.
This paper presents the first step of a research programme implemented by IFSTTAR in order to develop an integrative simulation platform able to support a Human Centred Design HCDD) method for virtual design of driving assistances.
This paper presents the first step of research work implemented by INRETS in the frame of the ISi-PADAS European project, in order to develop a simulation platform able to support a Human Centred Design HCDD) method for virtual design of driving assistances.
