Sentence examples for using the computational model from inspiring English sources
The energy required for the given sequences to deform to the molecular structure of the nucleosome core (i.e., DE) was computed using the computational model implemented by nuScore software (Tolstorukov et al. 2008).
We compute each condition tuple in a parallel, using the computational model of Spark.
The curve of the filtering rate of bright light can be obtained using the computational model.
The incremental method can be adopted to analyze the support effect on the sidewalls of the pit, using the computational model as shown in Fig. 2.
Such uncertainties yield uncertainties in the correspondence between the experimental dynamical responses and the dynamical responses calculated using the computational model.
The proposed heuristic optimisation approach relies on the rank of the cross-covariance matrix between the observations of the target variables and the observations of the sensor measurement variables obtained from simulations using the computational model of an experiment.
During the design and operation stages, modeling of the metro station evacuation capacity by using the computational models is an effective measure for guaranteeing the metro evacuation safety in the future.
In this review, we examine the possibility of using the computational modeling of hemodynamically-induced thrombosis as an engineering tool for designing vascular implants such as stents, grafts and artificial valves, and procedures such as aneurysm coiling and vascular grafting.
In this study, we chose to use the computational model for a major pesticide to assess the usefulness of the computational approach as a tool to bridge gaps in our understanding of environmentally related disease processes by identifying potential mechanistic links.
We use the computational model to understand mechanisms that might allow isoform-dependent VEGF localization and proteolytic redistribution to arise.
We can use the computational model to quickly and systematically test a large number of regimens and quantify improvements that are achievable, acknowledging two major obstacles: drug toxicity associated with increased cumulative exposure to antibiotics, and patient compliance and implementation issues associated with directly observed treatment.
