Sentence examples for reasonable computational resources from inspiring English sources
Several ways of modeling transports are employed and the corresponding network results compared for a real case, in order to assess the relative merits of these transport approaches in achieving valid results for large problems within reasonable computational resources.
To be a useful software tool, however, it must be easy to install, easy to run, and able to generate results in a timely fashion, using reasonable computational resources.
iSVP is broadly applicable to high-coverage whole genome sequencing data with reasonable computational resources, which will enhance the genome-wide detection of SVs for the identification of disease-causing variants.
We have developed one-and two-dimensional schemes and show that they provide quite accurate solutions within reasonable usage of computational resources compared to other existing schemes.
This computing tool is designed for the treatment of large volumes of data in reasonable time with affordable computational resources.
Even if such approaches are applied under the reasonable assumption of increasing computational resources, missing regulatory certainty in combination with disruptive events can hardly be tackled by existing technical methods.
All is still within very reasonable calculation times on modest computational resources.
Many problems in the operations research field cannot be solved to optimality within reasonable amounts of time with current computational resources.
Regions containing more than a few thousand SNPs, however, seem to result in very similar significance thresholds in this data set, and the computational resources required are reasonable for regions of a few thousand SNPs (see Figure 1).
They concluded that, under a reasonable compromise between accuracy, completeness, and computational resources, ReFHap (Reliable and Fast Haplotyping) [ 37] yields the best results for a low-coverage fosmid pooling approach, which they term single individual haplotyping (SIH).
Conducting large-scale solid-state NMR simulations requires fast computer software potentially in combination with efficient computational resources to complete within a reasonable time frame.
