Sentence examples for capable of accurately simulating from inspiring English sources

Simulated reads were generated by using simNGS (http://www.ebi.ac.uk/goldman-srv/simNGS/) simulator, which is capable of accurately simulating Illumina HiSeq 2000 machine parameters (details in the Appendix B), including substitution and indel rate.

Directed relation graph (DRG) techniques are used to generate small skeletal mechanisms capable of accurately simulating the combustion of a two-component surrogate for JP-8 jet fuel.

Previous research at Heriot-Watt Universito led thethe development of a numerical model capable of accurately simulating the performance of single outlet systems under a range of different conditions.

This paper describes the development of a forecasting model, named the emergy-based urban dynamic model, capable of accurately simulating the observed resource consumption, economic growth, and environmental impact of Beijing from 1999 to 2039.

A low-dissipation method for calculating multi-component gas dynamics flows with variable specific heat ratio that is capable of accurately simulating flows which contain both high- and low-Mach number features is proposed.

In order to properly design the features of the approach and test its capabilities in controlled but realistic conditions, we exploit an advanced, full-wave, 2.5D Finite-Difference Time-Domain forward modeling solver capable of accurately simulating real-world GPR scenarios in electromagnetically dispersive materials.

A forger would have to correctly predict the results of 16 billion billion such calculations to be sure of accurately simulating a single tag.

The above mentioned 3-D models are capable of simulating accurately compound road environments where an unsuccessful arrangement of vertical and horizontal alignment may exist, and therefore allow the definition of the actual vision field to the driver.

The Vermont Knee Laxity Device is a large, complex device that is capable of accurately measuring knee kinematics and simulating various loading situations.

Model refinement continued until the model was capable of simulating accurate growth and product formation.

A special material model, capable of accurately describing the behaviour of metals under multiaxial and non-proportional loads was used to simulate the elastic-plastic aluminum matrix.