The aim was to derive the minimum and maximum likelihoods as well as the best estimates for a range of perturbation levels to the system.
In this paper, the perturbation method is used for the complete time history of the penetrant front for a small range of perturbation control parameter ε.
It is observed that knowing the possible range of perturbation frequency and amplitude, the intermediate support parameters can be adjusted to successfully overcome the vibration problem.
When reducing the travel time estimation error nearly to zero is not possible (e.g., when travel time values are inherently stochastic in nature) it is important to use an advanced algorithm, able to achieve good performance for a large range of perturbation.
SSEM-Lasso is applicable to a range of perturbation experiments.
In this case, the range of perturbation is −15 % to 0%% of the base case value.
The range of perturbation is set to be 15 % above and below the base case value of X.
A system that is under true homeostatic control should be able to accurately offset a wide range of perturbation.
In ecology, structural stability influences the range of perturbations mutualistic networks can withstand.
One remarkable property of biochemical networks is robust functioning over a wide range of perturbations and environmental conditions.
The main goal of this research is to achieve precise inertial stabilization of the platform while attenuating wide range of perturbations including external rates and accelerations.
