One of the most well-known methods to demonstrate and simulate dynamic behavior of particles, such as particle tracking, and to consider different effects of simulation parameters is cell dynamic simulation.
Scalable performance is demonstrated on real and simulated data to show accurate classification in the presence of novel organisms on samples that include viruses, prokaryotes, fungi and protists.
This has been observed for crystallized short amyloidogenic peptides [ 12], but, at the time of writing, the results from the present study are the first example of this being demonstrated through experimental and simulated XRFD.
Figure 3 demonstrates the measured and simulated C V characteristics of the MOS capacitors with Hf-Ti-O (a) and HfO2 (b) as gate dielectrics, where the labeled dots denote the measured data and the solid curves show the simulated C V curves.
We demonstrate, using real and simulated data, that individualized transcriptomes improve the accuracy of read alignment and quantification.
The proposed method is demonstrated and evaluated with both simulated and experimental data sets, and results are compared with replicated measurements.
The applicability and effectiveness of the netSAM algorithm are demonstrated on simulated and real data through numerous experiments.
This result is similar to that obtained by Hua et al. (2005), who demonstrated on simulated and real breast cancer data that for different classifiers the number of features lower than five was usually much less effective than larger classifiers.
Test results demonstrated that the model appropriately weights metabolic processes according to the amount of chemical energy available in the associated biochemical reactions, and results also demonstrated how simulated carbon, nitrogen, and sulfur dynamics were influenced by simultaneous microbial competition for multiple resources.
The devices fabricated in this manner with lateral dimensions in the 50 100 nm range show clear SET features at an operating temperature of up to 77 K. Additionally, the influence of background charges on the Coulomb oscillations in this devices are demonstrated and discussed in comparison with simulated data.
