Overall, it will be argued that the amygdala plays a key role in solving the following problem: How can a limited-capacity information processing system that receives a constant stream of diverse inputs be designed to selectively process those inputs that are most significant to the objectives of the system?
In all our runs, parameter ϵ is set to 10 − 5, which was shown to be significant to minimize the objective function.
Then, seven objective functions that yield objective goals significant to the optimal design of a survivable WDM optical network are proposed and mathematically formulated.
Seven objective functions yield their own objective goals significant to the optimal design of a survivable WDM (Wavelength Division Multiplexing) optical network.
As shown, no significant correlation to the objective indicators could be obtained.
In industrial practice, uncertainties are usually compensated for by using conservative decisions like an over-design of process equipment or an overestimation of operational parameters caused by worst case assumptions of the uncertain parameters, which leads to significant deterioration of the objective function in an optimization problem.
All covariates were added to the base model separately, and considered statistically significant if the objective function decreased 6.63 points or more (p < 0.01).
A significant difference was also observed with regard to PFS on EGFR-targeted therapy (P=0.031), but there were no significant differences with regard to the objective response rates.
Due to the significant advantages of the objective IQA, a lot of excellent schemes have been proposed based on it.
Among the tested covariates, ALP, GGT and AST lead to a significant decrease in the objective function of central CL only.
Moreover, the total costs of production, outsourcing, inventory, and transportation are significant in the objective function.
