The results are then compared with the stimulation profile applied to the subject, and the model parameters are adjusted correspondingly.
I E C and A P C load ratios were consistently reproduced regardless of the compressive force profile applied (RMS differences less than 0.53e 3 Nm/N and 0.010 N/N, respectively).
The second tool computes the thermogravimetric experiment (here, the programmed temperature profile applied to the thermobalance) required in order to identify the best kinetic parameters, i.e. parameters with a higher statistical reliability.
The numerical simulation utilizes the modified cavitation model along with the "mixture" model for turbulent flow (RNG, k−ε), and a moving boundary condition with an oscillating parabolic-logarithmic profile, applied to the horn tip.
The second thermal cycle profile, applied for nuclear ITS and 28S, was that of "shuttle and touchdown PCR"; denaturation at 94°C for 5 s, and annealing and extension combined at the same temperature (70°C) for 20 s.
First, the thermal cycle profile applied for mitochondrial COI and 12S was that of a "standard three step PCR": denaturation at 94°C for 10 s, annealing at 45°C for 10 s, and extension at 72°C for 10 s.
Where appropriate, each simulated cohort had treatment effect profile applied to consistent to that reported in each respective study.
For coherence revival, this profile applies to each set of fringes, which are separated by the period of the comb.
Unlike the work described above, other works use reviews for the construction of user profiles, applying them in collaborative filtering and hybrid approaches.
Expression profiling applying high-throughput microarray technology allows monitoring thousands of genes simultaneously and to characterize changes in gene expression patterns induced by a defined stimulus on a genome-wide scale.
