A design procedure dealing with parameter uncertainties is proposed for residual generation, the sensitivity to fault and the robustness against disturbances are both enhanced on residual outputs through satisfying some performance indexes.
Topics discussed include, password policies, buffer overrun, creative table and column names, table name aliases, set and check data types,.bak files, stored procedures with parameters, and log files.
We assume that is tested using the truncated Holm procedure with truncation parameter γ∈[0,1].
ADMIXTURE's bootstrapping procedure with default parameters was used to calculate the standard errors.
Then, the proposed analysis procedure with empirical parameters is applied to OCT images of different oral mucosal lesions for plotting the EP/LP boundary and evaluating the distribution of dysplastic cells in the EP layer.
Subsequently, one can fit D and k1 separately to capture the decay in the refill phase, for instance during long HS-stimulations, by re-running the fitting procedure with all parameters (including RRP size and the product k1 D) fixed, except for D and k1, using both Equations (7) and (8).
In our analysis we change each input parameter by plus, respectively, −10 % compared to its original value estimated by the experts while keeping all other input parameters constant, and repeat this procedure with every input parameter of interest.
The parameters in the model were estimated using the SAS MIXED procedure, with local stand parameter L i treated as a normally distributed random term varying between stand with variance ( {sigma}_{s tan d}^2 ), a tree effect T ij treated as a normally distributed random term with variance ( {sigma}_{treeleft(s tan dright)}^2 ), and a within-tree error term e ijk with variance ( {sigma}_e^2 ).
Based on this filter, Authors [5] introduce a general smoothing procedure with a single parameter to control smoothing degree.
A Design of Experiment (DoE) procedure with a coarse parameter space sampling is adopted in order to explore and optimize the electrical properties of the nanocomposite without altering sensibly the mechanical ones.
