Fourthly, as is the case for most simulation studies, the evaluation results using simulated clinical trials suffer from some bias.
For these simulation studies, the up-regulated genes were simulated with a fold-change sampled from the exponential distribution, with mean λ = 1.
In the recent numerical simulation studies, the investigations of fuel dispersion processes were in the majority.
As we show in simulation studies, the test is sufficiently powerful to identify probands with an unreliable genotyping quality that cannot be detected with standard quality control filters.
By some simulation studies, the accuracy of the proposed solution for correct identification of spikes is about 99.99%.
Using simulation studies, the rules for assessing the performance of a PID controller tuned by the proposed method are also given.
By means of realistic simulation studies, the performance of the presented algorithm is analyzed against state-of-the-art solutions like JPEG.
In simulation studies, the critical load required to induce surfactant film buckling increased about two-fold in the presence of multilayers.
In the simulation studies, the l∞ norm-based thrust allocation problem is cast as a linear programming problem that allows direct incorporation of the thruster saturation limits and a fault-tolerant property.
In simulation studies, the temporal precision of neurotransmitter profiles estimated by lp-ntPET was similar to that of p-ntPET (standard deviation ~ 3 min for responses early in the scan) while computation time was reduced by several orders of magnitude.
In addition to simulation studies, the algorithm is implemented on a new variable structure test-bed which gives us the ability to simulate desired parameter variations and external disturbance changes in experiment.
